<!DOCTYPE html>
<html lang="en">

<head>
  <meta charset="UTF-8">
  <meta name="viewport" content="width=device-width, initial-scale=1.0">
  <title>Interactive BOM for KiCAD</title>
  <style type="text/css">
:root {
  --pcb-edge-color: black;
  --pad-color: #878787;
  --pad-hole-color: #CCCCCC;
  --pad-color-highlight: #D04040;
  --pad-color-highlight-both: #D0D040;
  --pad-color-highlight-marked: #44a344;
  --pin1-outline-color: #ffb629;
  --pin1-outline-color-highlight: #ffb629;
  --pin1-outline-color-highlight-both: #fcbb39;
  --pin1-outline-color-highlight-marked: #fdbe41;
  --silkscreen-edge-color: #aa4;
  --silkscreen-polygon-color: #4aa;
  --silkscreen-text-color: #4aa;
  --fabrication-edge-color: #907651;
  --fabrication-polygon-color: #907651;
  --fabrication-text-color: #a27c24;
  --track-color: #def5f1;
  --track-color-highlight: #D04040;
  --zone-color: #def5f1;
  --zone-color-highlight: #d0404080;
}

html,
body {
  margin: 0px;
  height: 100%;
  font-family: Verdana, sans-serif;
}

.dark.topmostdiv {
  --pcb-edge-color: #eee;
  --pad-color: #808080;
  --pin1-outline-color: #ffa800;
  --pin1-outline-color-highlight: #ccff00;
  --track-color: #42524f;
  --zone-color: #42524f;
  background-color: #252c30;
  color: #eee;
}

button {
  background-color: #eee;
  border: 1px solid #888;
  color: black;
  height: 44px;
  width: 44px;
  text-align: center;
  text-decoration: none;
  display: inline-block;
  font-size: 14px;
  font-weight: bolder;
}

.dark button {
  /* This will be inverted */
  background-color: #c3b7b5;
}

button.depressed {
  background-color: #0a0;
  color: white;
}

.dark button.depressed {
  /* This will be inverted */
  background-color: #b3b;
}

button:focus {
  outline: 0;
}

button#tb-btn {
  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' fill='none' stroke='%23000' stroke-width='.4' stroke-linejoin='round'/%3E%3Cpath d='M1.32 290.12h5.82M1.32 291.45h5.82' fill='none' stroke='%23000' stroke-width='.4'/%3E%3Cpath d='M4.37 292.5v4.23M.26 292.63H8.2' fill='none' stroke='%23000' stroke-width='.3'/%3E%3Ctext font-weight='700' font-size='3.17' font-family='sans-serif'%3E%3Ctspan x='1.35' y='295.73'%3EF%3C/tspan%3E%3Ctspan x='5.03' y='295.68'%3EB%3C/tspan%3E%3C/text%3E%3C/g%3E%3C/svg%3E%0A");
}

button#lr-btn {
  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' fill='none' stroke='%23000' stroke-width='.4' stroke-linejoin='round'/%3E%3Cpath d='M1.06 290.12H3.7m-2.64 1.33H3.7m-2.64 1.32H3.7m-2.64 1.3H3.7m-2.64 1.33H3.7' fill='none' stroke='%23000' stroke-width='.4'/%3E%3Cpath d='M4.37 288.8v7.94m0-4.11h3.96' fill='none' stroke='%23000' stroke-width='.3'/%3E%3Ctext font-weight='700' font-size='3.17' font-family='sans-serif'%3E%3Ctspan x='5.11' y='291.96'%3EF%3C/tspan%3E%3Ctspan x='5.03' y='295.68'%3EB%3C/tspan%3E%3C/text%3E%3C/g%3E%3C/svg%3E%0A");
}

button#bom-btn {
  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 8.47 8.47'%3E%3Crect transform='translate(0 -288.53)' ry='1.17' y='288.8' x='.27' height='7.94' width='7.94' fill='%23f9f9f9'/%3E%3Cg transform='translate(0 -288.53)' fill='none' stroke='%23000' stroke-width='.4'%3E%3Crect width='7.94' height='7.94' x='.27' y='288.8' ry='1.17' stroke-linejoin='round'/%3E%3Cpath d='M1.59 290.12h5.29M1.59 291.45h5.33M1.59 292.75h5.33M1.59 294.09h5.33M1.59 295.41h5.33'/%3E%3C/g%3E%3C/svg%3E");
}

button#bom-grouped-btn {
  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg stroke='%23000' stroke-linejoin='round' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-linecap='square' stroke-width='2' d='M6 10h4m4 0h5m4 0h3M6.1 22h3m3.9 0h5m4 0h4m-16-8h4m4 0h4'/%3E%3Cpath stroke-linecap='null' d='M5 17.5h22M5 26.6h22M5 5.5h22'/%3E%3C/g%3E%3C/svg%3E");
}

button#bom-ungrouped-btn {
  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg stroke='%23000' stroke-linejoin='round' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-linecap='square' stroke-width='2' d='M6 10h4m-4 8h3m-3 8h4'/%3E%3Cpath stroke-linecap='null' d='M5 13.5h22m-22 8h22M5 5.5h22'/%3E%3C/g%3E%3C/svg%3E");
}

button#bom-netlist-btn {
  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='32' height='32'%3E%3Cg fill='none' stroke='%23000' class='layer'%3E%3Crect width='29' height='29' x='1.5' y='1.5' stroke-width='2' fill='%23fff' rx='5' ry='5'/%3E%3Cpath stroke-width='2' d='M6 26l6-6v-8m13.8-6.3l-6 6v8'/%3E%3Ccircle cx='11.8' cy='9.5' r='2.8' stroke-width='2'/%3E%3Ccircle cx='19.8' cy='22.8' r='2.8' stroke-width='2'/%3E%3C/g%3E%3C/svg%3E");
}

button#copy {
  background-image: url("data:image/svg+xml,%3Csvg height='48' viewBox='0 0 48 48' width='48' xmlns='http://www.w3.org/2000/svg'%3E%3Cpath d='M0 0h48v48h-48z' fill='none'/%3E%3Cpath d='M32 2h-24c-2.21 0-4 1.79-4 4v28h4v-28h24v-4zm6 8h-22c-2.21 0-4 1.79-4 4v28c0 2.21 1.79 4 4 4h22c2.21 0 4-1.79 4-4v-28c0-2.21-1.79-4-4-4zm0 32h-22v-28h22v28z'/%3E%3C/svg%3E");
  background-position: 6px 6px;
  background-repeat: no-repeat;
  background-size: 26px 26px;
  border-radius: 6px;
  height: 40px;
  width: 40px;
  margin: 10px 5px;
}

button#copy:active {
  box-shadow: inset 0px 0px 5px #6c6c6c;
}

textarea.clipboard-temp {
  position: fixed;
  top: 0;
  left: 0;
  width: 2em;
  height: 2em;
  padding: 0;
  border: None;
  outline: None;
  box-shadow: None;
  background: transparent;
}

.left-most-button {
  border-right: 0;
  border-top-left-radius: 6px;
  border-bottom-left-radius: 6px;
}

.middle-button {
  border-right: 0;
}

.right-most-button {
  border-top-right-radius: 6px;
  border-bottom-right-radius: 6px;
}

.button-container {
  font-size: 0;
  margin: 0.4rem 0.4rem 0.4rem 0;
}

.dark .button-container {
  filter: invert(1);
}

.button-container button {
  background-size: 32px 32px;
  background-position: 5px 5px;
  background-repeat: no-repeat;
}

@media print {
  .hideonprint {
    display: none;
  }
}

canvas {
  cursor: crosshair;
}

canvas:active {
  cursor: grabbing;
}

.fileinfo {
  width: 100%;
  max-width: 1000px;
  border: none;
  padding: 3px;
}

.fileinfo .title {
  font-size: 20pt;
  font-weight: bold;
}

.fileinfo td {
  overflow: hidden;
  white-space: nowrap;
  max-width: 1px;
  width: 50%;
  text-overflow: ellipsis;
}

.bom {
  border-collapse: collapse;
  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
  font-size: 10pt;
  table-layout: fixed;
  width: 100%;
  margin-top: 1px;
  position: relative;
}

.bom th,
.bom td {
  border: 1px solid black;
  padding: 5px;
  word-wrap: break-word;
  text-align: center;
  position: relative;
}

.dark .bom th,
.dark .bom td {
  border: 1px solid #777;
}

.bom th {
  background-color: #CCCCCC;
  background-clip: padding-box;
}

.dark .bom th {
  background-color: #3b4749;
}

.bom tr.highlighted:nth-child(n) {
  background-color: #cfc;
}

.dark .bom tr.highlighted:nth-child(n) {
  background-color: #226022;
}

.bom tr:nth-child(even) {
  background-color: #f2f2f2;
}

.dark .bom tr:nth-child(even) {
  background-color: #313b40;
}

.bom tr.checked {
  color: #1cb53d;
}

.dark .bom tr.checked {
  color: #2cce54;
}

.bom tr {
  transition: background-color 0.2s;
}

.bom .numCol {
  width: 30px;
}

.bom .value {
  width: 15%;
}

.bom .quantity {
  width: 65px;
}

.bom th .sortmark {
  position: absolute;
  right: 1px;
  top: 1px;
  margin-top: -5px;
  border-width: 5px;
  border-style: solid;
  border-color: transparent transparent #221 transparent;
  transform-origin: 50% 85%;
  transition: opacity 0.2s, transform 0.4s;
}

.dark .bom th .sortmark {
  filter: invert(1);
}

.bom th .sortmark.none {
  opacity: 0;
}

.bom th .sortmark.desc {
  transform: rotate(180deg);
}

.bom th:hover .sortmark.none {
  opacity: 0.5;
}

.bom .bom-checkbox {
  width: 30px;
  position: relative;
  user-select: none;
  -moz-user-select: none;
}

.bom .bom-checkbox:before {
  content: "";
  position: absolute;
  border-width: 15px;
  border-style: solid;
  border-color: #51829f transparent transparent transparent;
  visibility: hidden;
  top: -15px;
}

.bom .bom-checkbox:after {
  content: "Double click to set/unset all";
  position: absolute;
  color: white;
  top: -35px;
  left: -26px;
  background: #51829f;
  padding: 5px 15px;
  border-radius: 8px;
  white-space: nowrap;
  visibility: hidden;
}

.bom .bom-checkbox:hover:before,
.bom .bom-checkbox:hover:after {
  visibility: visible;
  transition: visibility 0.2s linear 1s;
}

.split {
  -webkit-box-sizing: border-box;
  -moz-box-sizing: border-box;
  box-sizing: border-box;
  overflow-y: auto;
  overflow-x: hidden;
  background-color: inherit;
}

.split.split-horizontal,
.gutter.gutter-horizontal {
  height: 100%;
  float: left;
}

.gutter {
  background-color: #ddd;
  background-repeat: no-repeat;
  background-position: 50%;
  transition: background-color 0.3s;
}

.dark .gutter {
  background-color: #777;
}

.gutter.gutter-horizontal {
  background-image: url('');
  cursor: ew-resize;
  width: 5px;
}

.gutter.gutter-vertical {
  background-image: url('');
  cursor: ns-resize;
  height: 5px;
}

.searchbox {
  float: left;
  height: 40px;
  margin: 10px 5px;
  padding: 12px 32px;
  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
  font-size: 18px;
  box-sizing: border-box;
  border: 1px solid #888;
  border-radius: 6px;
  outline: none;
  background-color: #eee;
  transition: background-color 0.2s, border 0.2s;
  background-image: url('');
  background-position: 10px 10px;
  background-repeat: no-repeat;
}

.dark .searchbox {
  background-color: #111;
  color: #eee;
}

.searchbox::placeholder {
  color: #ccc;
}

.dark .searchbox::placeholder {
  color: #666;
}

.filter {
  width: calc(60% - 64px);
}

.reflookup {
  width: calc(40% - 10px);
}

input[type=text]:focus {
  background-color: white;
  border: 1px solid #333;
}

.dark input[type=text]:focus {
  background-color: #333;
  border: 1px solid #ccc;
}

mark.highlight {
  background-color: #5050ff;
  color: #fff;
  padding: 2px;
  border-radius: 6px;
}

.dark mark.highlight {
  background-color: #76a6da;
  color: #111;
}

.menubtn {
  background-color: white;
  border: none;
  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36' viewBox='0 0 20 20'%3E%3Cpath fill='none' d='M0 0h20v20H0V0z'/%3E%3Cpath d='M15.95 10.78c.03-.25.05-.51.05-.78s-.02-.53-.06-.78l1.69-1.32c.15-.12.19-.34.1-.51l-1.6-2.77c-.1-.18-.31-.24-.49-.18l-1.99.8c-.42-.32-.86-.58-1.35-.78L12 2.34c-.03-.2-.2-.34-.4-.34H8.4c-.2 0-.36.14-.39.34l-.3 2.12c-.49.2-.94.47-1.35.78l-1.99-.8c-.18-.07-.39 0-.49.18l-1.6 2.77c-.1.18-.06.39.1.51l1.69 1.32c-.04.25-.07.52-.07.78s.02.53.06.78L2.37 12.1c-.15.12-.19.34-.1.51l1.6 2.77c.1.18.31.24.49.18l1.99-.8c.42.32.86.58 1.35.78l.3 2.12c.04.2.2.34.4.34h3.2c.2 0 .37-.14.39-.34l.3-2.12c.49-.2.94-.47 1.35-.78l1.99.8c.18.07.39 0 .49-.18l1.6-2.77c.1-.18.06-.39-.1-.51l-1.67-1.32zM10 13c-1.65 0-3-1.35-3-3s1.35-3 3-3 3 1.35 3 3-1.35 3-3 3z'/%3E%3C/svg%3E%0A");
  background-position: center;
  background-repeat: no-repeat;
}

.statsbtn {
  background-color: white;
  border: none;
  background-image: url("data:image/svg+xml,%3Csvg width='36' height='36' xmlns='http://www.w3.org/2000/svg'%3E%3Cpath d='M4 6h28v24H4V6zm0 8h28v8H4m9-16v24h10V5.8' fill='none' stroke='%23000' stroke-width='2'/%3E%3C/svg%3E");
  background-position: center;
  background-repeat: no-repeat;
}

.iobtn {
  background-color: white;
  border: none;
  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='36' height='36'%3E%3Cpath fill='none' stroke='%23000' stroke-width='2' d='M3 33v-7l6.8-7h16.5l6.7 7v7H3zM3.2 26H33M21 9l5-5.9 5 6h-2.5V15h-5V9H21zm-4.9 0l-5 6-5-6h2.5V3h5v6h2.5z'/%3E%3Cpath fill='none' stroke='%23000' d='M6.1 29.5H10'/%3E%3C/svg%3E");
  background-position: center;
  background-repeat: no-repeat;
}

.visbtn {
  background-image: url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' width='24' height='24'%3E%3Cpath fill='none' stroke='%23333' d='M2.5 4.5h5v15h-5zM9.5 4.5h5v15h-5zM16.5 4.5h5v15h-5z'/%3E%3C/svg%3E");
  background-position: center;
  background-repeat: no-repeat;
  padding: 15px;
}

#vismenu-content {
  left: 0px;
  font-family: Verdana, sans-serif;
}

.dark .statsbtn,
.dark .savebtn,
.dark .menubtn,
.dark .iobtn,
.dark .visbtn {
  filter: invert(1);
}

.flexbox {
  display: flex;
  align-items: center;
  justify-content: space-between;
  width: 100%;
}

.savebtn {
  background-color: #d6d6d6;
  width: auto;
  height: 30px;
  flex-grow: 1;
  margin: 5px;
  border-radius: 4px;
}

.savebtn:active {
  background-color: #0a0;
  color: white;
}

.dark .savebtn:active {
  /* This will be inverted */
  background-color: #b3b;
}

.stats {
  border-collapse: collapse;
  font-size: 12pt;
  table-layout: fixed;
  width: 100%;
  min-width: 450px;
}

.dark .stats td {
  border: 1px solid #bbb;
}

.stats td {
  border: 1px solid black;
  padding: 5px;
  word-wrap: break-word;
  text-align: center;
  position: relative;
}

#checkbox-stats div {
  position: absolute;
  left: 0;
  top: 0;
  height: 100%;
  width: 100%;
  display: flex;
  align-items: center;
  justify-content: center;
}

#checkbox-stats .bar {
  background-color: rgba(28, 251, 0, 0.6);
}

.menu {
  position: relative;
  display: inline-block;
  margin: 0.4rem 0.4rem 0.4rem 0;
}

.menu-content {
  font-size: 12pt !important;
  text-align: left !important;
  font-weight: normal !important;
  display: none;
  position: absolute;
  background-color: white;
  right: 0;
  min-width: 300px;
  box-shadow: 0px 8px 16px 0px rgba(0, 0, 0, 0.2);
  z-index: 100;
  padding: 8px;
}

.dark .menu-content {
  background-color: #111;
}

.menu:hover .menu-content {
  display: block;
}

.menu:hover .menubtn,
.menu:hover .iobtn,
.menu:hover .statsbtn {
  background-color: #eee;
}

.menu-label {
  display: inline-block;
  padding: 8px;
  border: 1px solid #ccc;
  border-top: 0;
  width: calc(100% - 18px);
}

.menu-label-top {
  border-top: 1px solid #ccc;
}

.menu-textbox {
  float: left;
  height: 24px;
  margin: 10px 5px;
  padding: 5px 5px;
  font-family: Consolas, "DejaVu Sans Mono", Monaco, monospace;
  font-size: 14px;
  box-sizing: border-box;
  border: 1px solid #888;
  border-radius: 4px;
  outline: none;
  background-color: #eee;
  transition: background-color 0.2s, border 0.2s;
  width: calc(100% - 10px);
}

.menu-textbox.invalid,
.dark .menu-textbox.invalid {
  color: red;
}

.dark .menu-textbox {
  background-color: #222;
  color: #eee;
}

.radio-container {
  margin: 4px;
}

.topmostdiv {
  display: flex;
  flex-direction: column;
  width: 100%;
  background-color: white;
  transition: background-color 0.3s;
}

#top {
  display: flex;
  flex-wrap: wrap;
  justify-content: flex-end;
  align-items: center;
}

#topdivider {
  border-bottom: 2px solid black;
  display: flex;
  justify-content: center;
  align-items: center;
}

.dark #topdivider {
  border-bottom: 2px solid #ccc;
}

#topdivider>div {
  position: relative;
}

#toptoggle {
  cursor: pointer;
  user-select: none;
  position: absolute;
  padding: 0.1rem 0.3rem;
  top: -0.4rem;
  left: -1rem;
  font-size: 1.4rem;
  line-height: 60%;
  border: 1px solid black;
  border-radius: 1rem;
  background-color: #fff;
  z-index: 100;
}

.flipped {
  transform: rotate(0.5turn);
}

.dark #toptoggle {
  border: 1px solid #fff;
  background-color: #222;
}

#fileinfodiv {
  flex: 20rem 1 0;
  overflow: auto;
}

#bomcontrols {
  display: flex;
  flex-direction: row-reverse;
}

#bomcontrols>* {
  flex-shrink: 0;
}

#dbg {
  display: block;
}

::-webkit-scrollbar {
  width: 8px;
}

::-webkit-scrollbar-track {
  background: #aaa;
}

::-webkit-scrollbar-thumb {
  background: #666;
  border-radius: 3px;
}

::-webkit-scrollbar-thumb:hover {
  background: #555;
}

.slider {
  -webkit-appearance: none;
  width: 100%;
  margin: 3px 0;
  padding: 0;
  outline: none;
  opacity: 0.7;
  -webkit-transition: .2s;
  transition: opacity .2s;
  border-radius: 3px;
}

.slider:hover {
  opacity: 1;
}

.slider:focus {
  outline: none;
}

.slider::-webkit-slider-runnable-track {
  -webkit-appearance: none;
  width: 100%;
  height: 8px;
  background: #d3d3d3;
  border-radius: 3px;
  border: none;
}

.slider::-webkit-slider-thumb {
  -webkit-appearance: none;
  width: 15px;
  height: 15px;
  border-radius: 50%;
  background: #0a0;
  cursor: pointer;
  margin-top: -4px;
}

.dark .slider::-webkit-slider-thumb {
  background: #3d3;
}

.slider::-moz-range-thumb {
  width: 15px;
  height: 15px;
  border-radius: 50%;
  background: #0a0;
  cursor: pointer;
}

.slider::-moz-range-track {
  height: 8px;
  background: #d3d3d3;
  border-radius: 3px;
}

.dark .slider::-moz-range-thumb {
  background: #3d3;
}

.slider::-ms-track {
  width: 100%;
  height: 8px;
  border-width: 3px 0;
  background: transparent;
  border-color: transparent;
  color: transparent;
  transition: opacity .2s;
}

.slider::-ms-fill-lower {
  background: #d3d3d3;
  border: none;
  border-radius: 3px;
}

.slider::-ms-fill-upper {
  background: #d3d3d3;
  border: none;
  border-radius: 3px;
}

.slider::-ms-thumb {
  width: 15px;
  height: 15px;
  border-radius: 50%;
  background: #0a0;
  cursor: pointer;
  margin: 0;
}

.shameless-plug {
  font-size: 0.8em;
  text-align: center;
  display: block;
}

a {
  color: #0278a4;
}

.dark a {
  color: #00b9fd;
}

#frontcanvas,
#backcanvas {
  touch-action: none;
}

.placeholder {
  border: 1px dashed #9f9fda !important;
  background-color: #edf2f7 !important;
}

.dragging {
  z-index: 999;
}

.dark .dragging>table>tbody>tr {
  background-color: #252c30;
}

.dark .placeholder {
  filter: invert(1);
}

.column-spacer {
  top: 0;
  left: 0;
  width: calc(100% - 4px);
  position: absolute;
  cursor: pointer;
  user-select: none;
  height: 100%;
}

.column-width-handle {
  top: 0;
  right: 0;
  width: 4px;
  position: absolute;
  cursor: col-resize;
  user-select: none;
  height: 100%;
}

.column-width-handle:hover {
  background-color: #4f99bd;
}

.help-link {
  border: 1px solid #0278a4;
  padding-inline: 0.3rem;
  border-radius: 3px;
  cursor: pointer;
}

.dark .help-link {
  border: 1px solid #00b9fd;
}

.bom-color {
  width: 20%;
}

.color-column input {
  width: 1.6rem;
  height: 1rem;
  border: 1px solid black;
  cursor: pointer;
  padding: 0;
}

/* removes default styling from input color element */
::-webkit-color-swatch {
  border: none;
}

::-webkit-color-swatch-wrapper {
  padding: 0;
}

::-moz-color-swatch,
::-moz-focus-inner {
  border: none;
}

::-moz-focus-inner {
  padding: 0;
}
/* #bomhead {
    position: sticky;
    top: 0px;
    z-index: 1;
} */
  </style>
  <script type="text/javascript" >
///////////////////////////////////////////////
/*
  Split.js - v1.3.5
  MIT License
  https://github.com/nathancahill/Split.js
*/
!function(e,t){"object"==typeof exports&&"undefined"!=typeof module?module.exports=t():"function"==typeof define&&define.amd?define(t):e.Split=t()}(this,function(){"use strict";var e=window,t=e.document,n="addEventListener",i="removeEventListener",r="getBoundingClientRect",s=function(){return!1},o=e.attachEvent&&!e[n],a=["","-webkit-","-moz-","-o-"].filter(function(e){var n=t.createElement("div");return n.style.cssText="width:"+e+"calc(9px)",!!n.style.length}).shift()+"calc",l=function(e){return"string"==typeof e||e instanceof String?t.querySelector(e):e};return function(u,c){function z(e,t,n){var i=A(y,t,n);Object.keys(i).forEach(function(t){return e.style[t]=i[t]})}function h(e,t){var n=B(y,t);Object.keys(n).forEach(function(t){return e.style[t]=n[t]})}function f(e){var t=E[this.a],n=E[this.b],i=t.size+n.size;t.size=e/this.size*i,n.size=i-e/this.size*i,z(t.element,t.size,this.aGutterSize),z(n.element,n.size,this.bGutterSize)}function m(e){var t;this.dragging&&((t="touches"in e?e.touches[0][b]-this.start:e[b]-this.start)<=E[this.a].minSize+M+this.aGutterSize?t=E[this.a].minSize+this.aGutterSize:t>=this.size-(E[this.b].minSize+M+this.bGutterSize)&&(t=this.size-(E[this.b].minSize+this.bGutterSize)),f.call(this,t),c.onDrag&&c.onDrag())}function g(){var e=E[this.a].element,t=E[this.b].element;this.size=e[r]()[y]+t[r]()[y]+this.aGutterSize+this.bGutterSize,this.start=e[r]()[G]}function d(){var t=this,n=E[t.a].element,r=E[t.b].element;t.dragging&&c.onDragEnd&&c.onDragEnd(),t.dragging=!1,e[i]("mouseup",t.stop),e[i]("touchend",t.stop),e[i]("touchcancel",t.stop),t.parent[i]("mousemove",t.move),t.parent[i]("touchmove",t.move),delete t.stop,delete t.move,n[i]("selectstart",s),n[i]("dragstart",s),r[i]("selectstart",s),r[i]("dragstart",s),n.style.userSelect="",n.style.webkitUserSelect="",n.style.MozUserSelect="",n.style.pointerEvents="",r.style.userSelect="",r.style.webkitUserSelect="",r.style.MozUserSelect="",r.style.pointerEvents="",t.gutter.style.cursor="",t.parent.style.cursor=""}function S(t){var i=this,r=E[i.a].element,o=E[i.b].element;!i.dragging&&c.onDragStart&&c.onDragStart(),t.preventDefault(),i.dragging=!0,i.move=m.bind(i),i.stop=d.bind(i),e[n]("mouseup",i.stop),e[n]("touchend",i.stop),e[n]("touchcancel",i.stop),i.parent[n]("mousemove",i.move),i.parent[n]("touchmove",i.move),r[n]("selectstart",s),r[n]("dragstart",s),o[n]("selectstart",s),o[n]("dragstart",s),r.style.userSelect="none",r.style.webkitUserSelect="none",r.style.MozUserSelect="none",r.style.pointerEvents="none",o.style.userSelect="none",o.style.webkitUserSelect="none",o.style.MozUserSelect="none",o.style.pointerEvents="none",i.gutter.style.cursor=j,i.parent.style.cursor=j,g.call(i)}function v(e){e.forEach(function(t,n){if(n>0){var i=F[n-1],r=E[i.a],s=E[i.b];r.size=e[n-1],s.size=t,z(r.element,r.size,i.aGutterSize),z(s.element,s.size,i.bGutterSize)}})}function p(){F.forEach(function(e){e.parent.removeChild(e.gutter),E[e.a].element.style[y]="",E[e.b].element.style[y]=""})}void 0===c&&(c={});var y,b,G,E,w=l(u[0]).parentNode,D=e.getComputedStyle(w).flexDirection,U=c.sizes||u.map(function(){return 100/u.length}),k=void 0!==c.minSize?c.minSize:100,x=Array.isArray(k)?k:u.map(function(){return k}),L=void 0!==c.gutterSize?c.gutterSize:10,M=void 0!==c.snapOffset?c.snapOffset:30,O=c.direction||"horizontal",j=c.cursor||("horizontal"===O?"ew-resize":"ns-resize"),C=c.gutter||function(e,n){var i=t.createElement("div");return i.className="gutter gutter-"+n,i},A=c.elementStyle||function(e,t,n){var i={};return"string"==typeof t||t instanceof String?i[e]=t:i[e]=o?t+"%":a+"("+t+"% - "+n+"px)",i},B=c.gutterStyle||function(e,t){return n={},n[e]=t+"px",n;var n};"horizontal"===O?(y="width","clientWidth",b="clientX",G="left","paddingLeft"):"vertical"===O&&(y="height","clientHeight",b="clientY",G="top","paddingTop");var F=[];return E=u.map(function(e,t){var i,s={element:l(e),size:U[t],minSize:x[t]};if(t>0&&(i={a:t-1,b:t,dragging:!1,isFirst:1===t,isLast:t===u.length-1,direction:O,parent:w},i.aGutterSize=L,i.bGutterSize=L,i.isFirst&&(i.aGutterSize=L/2),i.isLast&&(i.bGutterSize=L/2),"row-reverse"===D||"column-reverse"===D)){var a=i.a;i.a=i.b,i.b=a}if(!o&&t>0){var c=C(t,O);h(c,L),c[n]("mousedown",S.bind(i)),c[n]("touchstart",S.bind(i)),w.insertBefore(c,s.element),i.gutter=c}0===t||t===u.length-1?z(s.element,s.size,L/2):z(s.element,s.size,L);var f=s.element[r]()[y];return f<s.minSize&&(s.minSize=f),t>0&&F.push(i),s}),o?{setSizes:v,destroy:p}:{setSizes:v,getSizes:function(){return E.map(function(e){return e.size})},collapse:function(e){if(e===F.length){var t=F[e-1];g.call(t),o||f.call(t,t.size-t.bGutterSize)}else{var n=F[e];g.call(n),o||f.call(n,n.aGutterSize)}},destroy:p}}});

///////////////////////////////////////////////

///////////////////////////////////////////////
// Copyright (c) 2013 Pieroxy <pieroxy@pieroxy.net>
// This work is free. You can redistribute it and/or modify it
// under the terms of the WTFPL, Version 2
// For more information see LICENSE.txt or http://www.wtfpl.net/
//
// For more information, the home page:
// http://pieroxy.net/blog/pages/lz-string/testing.html
//
// LZ-based compression algorithm, version 1.4.4
var LZString=function(){var o=String.fromCharCode,i={};var n={decompressFromBase64:function(o){return null==o?"":""==o?null:n._decompress(o.length,32,function(n){return function(o,n){if(!i[o]){i[o]={};for(var t=0;t<o.length;t++)i[o][o.charAt(t)]=t}return i[o][n]}("ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=",o.charAt(n))})},_decompress:function(i,n,t){var r,e,a,s,p,u,l,f=[],c=4,d=4,h=3,v="",g=[],m={val:t(0),position:n,index:1};for(r=0;r<3;r+=1)f[r]=r;for(a=0,p=Math.pow(2,2),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;switch(a){case 0:for(a=0,p=Math.pow(2,8),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;l=o(a);break;case 1:for(a=0,p=Math.pow(2,16),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;l=o(a);break;case 2:return""}for(f[3]=l,e=l,g.push(l);;){if(m.index>i)return"";for(a=0,p=Math.pow(2,h),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;switch(l=a){case 0:for(a=0,p=Math.pow(2,8),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;f[d++]=o(a),l=d-1,c--;break;case 1:for(a=0,p=Math.pow(2,16),u=1;u!=p;)s=m.val&m.position,m.position>>=1,0==m.position&&(m.position=n,m.val=t(m.index++)),a|=(s>0?1:0)*u,u<<=1;f[d++]=o(a),l=d-1,c--;break;case 2:return g.join("")}if(0==c&&(c=Math.pow(2,h),h++),f[l])v=f[l];else{if(l!==d)return null;v=e+e.charAt(0)}g.push(v),f[d++]=e+v.charAt(0),e=v,0==--c&&(c=Math.pow(2,h),h++)}}};return n}();"function"==typeof define&&define.amd?define(function(){return LZString}):"undefined"!=typeof module&&null!=module?module.exports=LZString:"undefined"!=typeof angular&&null!=angular&&angular.module("LZString",[]).factory("LZString",function(){return LZString});
///////////////////////////////////////////////

///////////////////////////////////////////////
/*!
 * PEP v0.4.3 | https://github.com/jquery/PEP
 * Copyright jQuery Foundation and other contributors | http://jquery.org/license
 */
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///////////////////////////////////////////////

///////////////////////////////////////////////
var config = {"dark_mode": false, "show_pads": true, "show_fabrication": false, "show_silkscreen": true, "highlight_pin1": "none", "redraw_on_drag": true, "board_rotation": 0, "checkboxes": "Sourced,Placed", "bom_view": "left-right", "layer_view": "FB", "offset_back_rotation": false, "kicad_text_formatting": true, "fields": ["Value", "Footprint"]}
///////////////////////////////////////////////

///////////////////////////////////////////////
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"))
///////////////////////////////////////////////

///////////////////////////////////////////////
/* Utility functions */

var storagePrefix = 'KiCad_HTML_BOM__' + pcbdata.metadata.title + '__' +
  pcbdata.metadata.revision + '__#';
var storage;

function initStorage(key) {
  try {
    window.localStorage.getItem("blank");
    storage = window.localStorage;
  } catch (e) {
    // localStorage not available
  }
  if (!storage) {
    try {
      window.sessionStorage.getItem("blank");
      storage = window.sessionStorage;
    } catch (e) {
      // sessionStorage also not available
    }
  }
}

function readStorage(key) {
  if (storage) {
    return storage.getItem(storagePrefix + key);
  } else {
    return null;
  }
}

function writeStorage(key, value) {
  if (storage) {
    storage.setItem(storagePrefix + key, value);
  }
}

function fancyDblClickHandler(el, onsingle, ondouble) {
  return function () {
    if (el.getAttribute("data-dblclick") == null) {
      el.setAttribute("data-dblclick", 1);
      setTimeout(function () {
        if (el.getAttribute("data-dblclick") == 1) {
          onsingle();
        }
        el.removeAttribute("data-dblclick");
      }, 200);
    } else {
      el.removeAttribute("data-dblclick");
      ondouble();
    }
  }
}

function smoothScrollToRow(rowid) {
  document.getElementById(rowid).scrollIntoView({
    behavior: "smooth",
    block: "center",
    inline: "nearest"
  });
}

function focusInputField(input) {
  input.scrollIntoView(false);
  input.focus();
  input.select();
}

function saveBomTable(output) {
  var text = '';
  for (var node of bomhead.childNodes[0].childNodes) {
    if (node.firstChild) {
      text += (output == 'csv' ? `"${node.firstChild.nodeValue}"` : node.firstChild.nodeValue);
    }
    if (node != bomhead.childNodes[0].lastChild) {
      text += (output == 'csv' ? ',' : '\t');
    }
  }
  text += '\n';
  for (var row of bombody.childNodes) {
    for (var cell of row.childNodes) {
      let val = '';
      for (var node of cell.childNodes) {
        if (node.nodeName == "INPUT") {
          if (node.checked) {
            val += '✓';
          }
        } else if ((node.nodeName == "MARK") || (node.nodeName == "A")) {
          val += node.firstChild.nodeValue;
        } else {
          val += node.nodeValue;
        }
      }
      if (output == 'csv') {
        val = val.replace(/\"/g, '\"\"'); // pair of double-quote characters
        if (isNumeric(val)) {
          val = +val;                     // use number
        } else {
          val = `"${val}"`;               // enclosed within double-quote
        }
      }
      text += val;
      if (cell != row.lastChild) {
        text += (output == 'csv' ? ',' : '\t');
      }
    }
    text += '\n';
  }

  if (output != 'clipboard') {
    // To file: csv or txt
    var blob = new Blob([text], {
      type: `text/${output}`
    });
    saveFile(`${pcbdata.metadata.title}.${output}`, blob);
  } else {
    // To clipboard
    var textArea = document.createElement("textarea");
    textArea.classList.add('clipboard-temp');
    textArea.value = text;

    document.body.appendChild(textArea);
    textArea.focus();
    textArea.select();

    try {
      if (document.execCommand('copy')) {
        console.log('Bom copied to clipboard.');
      }
    } catch (err) {
      console.log('Can not copy to clipboard.');
    }

    document.body.removeChild(textArea);
  }
}

function isNumeric(str) {
  /* https://stackoverflow.com/a/175787 */
  return (typeof str != "string" ? false : !isNaN(str) && !isNaN(parseFloat(str)));
}

function removeGutterNode(node) {
  for (var i = 0; i < node.childNodes.length; i++) {
    if (node.childNodes[i].classList &&
      node.childNodes[i].classList.contains("gutter")) {
      node.removeChild(node.childNodes[i]);
      break;
    }
  }
}

function cleanGutters() {
  removeGutterNode(document.getElementById("bot"));
  removeGutterNode(document.getElementById("canvasdiv"));
}

var units = {
  prefixes: {
    giga: ["G", "g", "giga", "Giga", "GIGA"],
    mega: ["M", "mega", "Mega", "MEGA"],
    kilo: ["K", "k", "kilo", "Kilo", "KILO"],
    milli: ["m", "milli", "Milli", "MILLI"],
    micro: ["U", "u", "micro", "Micro", "MICRO", "μ", "µ"], // different utf8 μ
    nano: ["N", "n", "nano", "Nano", "NANO"],
    pico: ["P", "p", "pico", "Pico", "PICO"],
  },
  unitsShort: ["R", "r", "Ω", "F", "f", "H", "h"],
  unitsLong: [
    "OHM", "Ohm", "ohm", "ohms",
    "FARAD", "Farad", "farad",
    "HENRY", "Henry", "henry"
  ],
  getMultiplier: function (s) {
    if (this.prefixes.giga.includes(s)) return 1e9;
    if (this.prefixes.mega.includes(s)) return 1e6;
    if (this.prefixes.kilo.includes(s)) return 1e3;
    if (this.prefixes.milli.includes(s)) return 1e-3;
    if (this.prefixes.micro.includes(s)) return 1e-6;
    if (this.prefixes.nano.includes(s)) return 1e-9;
    if (this.prefixes.pico.includes(s)) return 1e-12;
    return 1;
  },
  valueRegex: null,
}

function initUtils() {
  var allPrefixes = units.prefixes.giga
    .concat(units.prefixes.mega)
    .concat(units.prefixes.kilo)
    .concat(units.prefixes.milli)
    .concat(units.prefixes.micro)
    .concat(units.prefixes.nano)
    .concat(units.prefixes.pico);
  var allUnits = units.unitsShort.concat(units.unitsLong);
  units.valueRegex = new RegExp("^([0-9\.]+)" +
    "\\s*(" + allPrefixes.join("|") + ")?" +
    "(" + allUnits.join("|") + ")?" +
    "(\\b.*)?$", "");
  units.valueAltRegex = new RegExp("^([0-9]*)" +
    "(" + units.unitsShort.join("|") + ")?" +
    "([GgMmKkUuNnPp])?" +
    "([0-9]*)" +
    "(\\b.*)?$", "");
  if (config.fields.includes("Value")) {
    var index = config.fields.indexOf("Value");
    pcbdata.bom["parsedValues"] = {};
    for (var id in pcbdata.bom.fields) {
      pcbdata.bom.parsedValues[id] = parseValue(pcbdata.bom.fields[id][index])
    }
  }
}

function parseValue(val, ref) {
  var inferUnit = (unit, ref) => {
    if (unit) {
      unit = unit.toLowerCase();
      if (unit == 'Ω' || unit == "ohm" || unit == "ohms") {
        unit = 'r';
      }
      unit = unit[0];
    } else {
      ref = /^([a-z]+)\d+$/i.exec(ref);
      if (ref) {
        ref = ref[1].toLowerCase();
        if (ref == "c") unit = 'f';
        else if (ref == "l") unit = 'h';
        else if (ref == "r" || ref == "rv") unit = 'r';
        else unit = null;
      }
    }
    return unit;
  };
  val = val.replace(/,/g, "");
  var match = units.valueRegex.exec(val);
  var unit;
  if (match) {
    val = parseFloat(match[1]);
    if (match[2]) {
      val = val * units.getMultiplier(match[2]);
    }
    unit = inferUnit(match[3], ref);
    if (!unit) return null;
    else return {
      val: val,
      unit: unit,
      extra: match[4],
    }
  }
  match = units.valueAltRegex.exec(val);
  if (match && (match[1] || match[4])) {
    val = parseFloat(match[1] + "." + match[4]);
    if (match[3]) {
      val = val * units.getMultiplier(match[3]);
    }
    unit = inferUnit(match[2], ref);
    if (!unit) return null;
    else return {
      val: val,
      unit: unit,
      extra: match[5],
    }
  }
  return null;
}

function valueCompare(a, b, stra, strb) {
  if (a === null && b === null) {
    // Failed to parse both values, compare them as strings.
    if (stra != strb) return stra > strb ? 1 : -1;
    else return 0;
  } else if (a === null) {
    return 1;
  } else if (b === null) {
    return -1;
  } else {
    if (a.unit != b.unit) return a.unit > b.unit ? 1 : -1;
    else if (a.val != b.val) return a.val > b.val ? 1 : -1;
    else if (a.extra != b.extra) return a.extra > b.extra ? 1 : -1;
    else return 0;
  }
}

function validateSaveImgDimension(element) {
  var valid = false;
  var intValue = 0;
  if (/^[1-9]\d*$/.test(element.value)) {
    intValue = parseInt(element.value);
    if (intValue <= 16000) {
      valid = true;
    }
  }
  if (valid) {
    element.classList.remove("invalid");
  } else {
    element.classList.add("invalid");
  }
  return intValue;
}

function saveImage(layer) {
  var width = validateSaveImgDimension(document.getElementById("render-save-width"));
  var height = validateSaveImgDimension(document.getElementById("render-save-height"));
  var bgcolor = null;
  if (!document.getElementById("render-save-transparent").checked) {
    var style = getComputedStyle(topmostdiv);
    bgcolor = style.getPropertyValue("background-color");
  }
  if (!width || !height) return;

  // Prepare image
  var canvas = document.createElement("canvas");
  var layerdict = {
    transform: {
      x: 0,
      y: 0,
      s: 1,
      panx: 0,
      pany: 0,
      zoom: 1,
    },
    bg: canvas,
    fab: canvas,
    silk: canvas,
    highlight: canvas,
    layer: layer,
  }
  // Do the rendering
  recalcLayerScale(layerdict, width, height);
  prepareLayer(layerdict);
  clearCanvas(canvas, bgcolor);
  drawBackground(layerdict, false);
  drawHighlightsOnLayer(layerdict, false);

  // Save image
  var imgdata = canvas.toDataURL("image/png");

  var filename = pcbdata.metadata.title;
  if (pcbdata.metadata.revision) {
    filename += `.${pcbdata.metadata.revision}`;
  }
  filename += `.${layer}.png`;
  saveFile(filename, dataURLtoBlob(imgdata));
}

function saveSettings() {
  var data = {
    type: "InteractiveHtmlBom settings",
    version: 1,
    pcbmetadata: pcbdata.metadata,
    settings: settings,
  }
  var blob = new Blob([JSON.stringify(data, null, 4)], {
    type: "application/json"
  });
  saveFile(`${pcbdata.metadata.title}.settings.json`, blob);
}

function loadSettings() {
  var input = document.createElement("input");
  input.type = "file";
  input.accept = ".settings.json";
  input.onchange = function (e) {
    var file = e.target.files[0];
    var reader = new FileReader();
    reader.onload = readerEvent => {
      var content = readerEvent.target.result;
      var newSettings;
      try {
        newSettings = JSON.parse(content);
      } catch (e) {
        alert("Selected file is not InteractiveHtmlBom settings file.");
        return;
      }
      if (newSettings.type != "InteractiveHtmlBom settings") {
        alert("Selected file is not InteractiveHtmlBom settings file.");
        return;
      }
      var metadataMatches = newSettings.hasOwnProperty("pcbmetadata");
      if (metadataMatches) {
        for (var k in pcbdata.metadata) {
          if (!newSettings.pcbmetadata.hasOwnProperty(k) || newSettings.pcbmetadata[k] != pcbdata.metadata[k]) {
            metadataMatches = false;
          }
        }
      }
      if (!metadataMatches) {
        var currentMetadata = JSON.stringify(pcbdata.metadata, null, 4);
        var fileMetadata = JSON.stringify(newSettings.pcbmetadata, null, 4);
        if (!confirm(
          `Settins file metadata does not match current metadata.\n\n` +
          `Page metadata:\n${currentMetadata}\n\n` +
          `Settings file metadata:\n${fileMetadata}\n\n` +
          `Press OK if you would like to import settings anyway.`)) {
          return;
        }
      }
      overwriteSettings(newSettings.settings);
    }
    reader.readAsText(file, 'UTF-8');
  }
  input.click();
}

function resetSettings() {
  if (!confirm(
    `This will reset all checkbox states and other settings.\n\n` +
    `Press OK if you want to continue.`)) {
    return;
  }
  if (storage) {
    var keys = [];
    for (var i = 0; i < storage.length; i++) {
      var key = storage.key(i);
      if (key.startsWith(storagePrefix)) keys.push(key);
    }
    for (var key of keys) storage.removeItem(key);
  }
  location.reload();
}

function overwriteSettings(newSettings) {
  initDone = false;
  Object.assign(settings, newSettings);
  writeStorage("bomlayout", settings.bomlayout);
  writeStorage("bommode", settings.bommode);
  writeStorage("canvaslayout", settings.canvaslayout);
  writeStorage("bomCheckboxes", settings.checkboxes.join(","));
  document.getElementById("bomCheckboxes").value = settings.checkboxes.join(",");
  for (var checkbox of settings.checkboxes) {
    writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
  }
  writeStorage("markWhenChecked", settings.markWhenChecked);
  padsVisible(settings.renderPads);
  document.getElementById("padsCheckbox").checked = settings.renderPads;
  fabricationVisible(settings.renderFabrication);
  document.getElementById("fabricationCheckbox").checked = settings.renderFabrication;
  silkscreenVisible(settings.renderSilkscreen);
  document.getElementById("silkscreenCheckbox").checked = settings.renderSilkscreen;
  referencesVisible(settings.renderReferences);
  document.getElementById("referencesCheckbox").checked = settings.renderReferences;
  valuesVisible(settings.renderValues);
  document.getElementById("valuesCheckbox").checked = settings.renderValues;
  tracksVisible(settings.renderTracks);
  document.getElementById("tracksCheckbox").checked = settings.renderTracks;
  zonesVisible(settings.renderZones);
  document.getElementById("zonesCheckbox").checked = settings.renderZones;
  dnpOutline(settings.renderDnpOutline);
  document.getElementById("dnpOutlineCheckbox").checked = settings.renderDnpOutline;
  setRedrawOnDrag(settings.redrawOnDrag);
  document.getElementById("dragCheckbox").checked = settings.redrawOnDrag;
  setDarkMode(settings.darkMode);
  document.getElementById("darkmodeCheckbox").checked = settings.darkMode;
  setHighlightPin1(settings.highlightpin1);
  document.forms.highlightpin1.highlightpin1.value = settings.highlightpin1;
  writeStorage("boardRotation", settings.boardRotation);
  document.getElementById("boardRotation").value = settings.boardRotation / 5;
  document.getElementById("rotationDegree").textContent = settings.boardRotation;
  setOffsetBackRotation(settings.offsetBackRotation);
  document.getElementById("offsetBackRotationCheckbox").checked = settings.offsetBackRotation;
  initDone = true;
  prepCheckboxes();
  changeBomLayout(settings.bomlayout);
}

function saveFile(filename, blob) {
  var link = document.createElement("a");
  var objurl = URL.createObjectURL(blob);
  link.download = filename;
  link.href = objurl;
  link.click();
}

function dataURLtoBlob(dataurl) {
  var arr = dataurl.split(','),
    mime = arr[0].match(/:(.*?);/)[1],
    bstr = atob(arr[1]),
    n = bstr.length,
    u8arr = new Uint8Array(n);
  while (n--) {
    u8arr[n] = bstr.charCodeAt(n);
  }
  return new Blob([u8arr], {
    type: mime
  });
}

var settings = {
  canvaslayout: "FB",
  bomlayout: "left-right",
  bommode: "grouped",
  checkboxes: [],
  checkboxStoredRefs: {},
  darkMode: false,
  highlightpin1: "none",
  redrawOnDrag: true,
  boardRotation: 0,
  offsetBackRotation: false,
  renderPads: true,
  renderReferences: true,
  renderValues: true,
  renderSilkscreen: true,
  renderFabrication: true,
  renderDnpOutline: false,
  renderTracks: true,
  renderZones: true,
  columnOrder: [],
  hiddenColumns: [],
  netColors: {},
}

function initDefaults() {
  settings.bomlayout = readStorage("bomlayout");
  if (settings.bomlayout === null) {
    settings.bomlayout = config.bom_view;
  }
  if (!['bom-only', 'left-right', 'top-bottom'].includes(settings.bomlayout)) {
    settings.bomlayout = config.bom_view;
  }
  settings.bommode = readStorage("bommode");
  if (settings.bommode === null) {
    settings.bommode = "grouped";
  }
  if (settings.bommode == "netlist" && !pcbdata.nets) {
    settings.bommode = "grouped";
  }
  if (!["grouped", "ungrouped", "netlist"].includes(settings.bommode)) {
    settings.bommode = "grouped";
  }
  settings.canvaslayout = readStorage("canvaslayout");
  if (settings.canvaslayout === null) {
    settings.canvaslayout = config.layer_view;
  }
  var bomCheckboxes = readStorage("bomCheckboxes");
  if (bomCheckboxes === null) {
    bomCheckboxes = config.checkboxes;
  }
  settings.checkboxes = bomCheckboxes.split(",").filter((e) => e);
  document.getElementById("bomCheckboxes").value = bomCheckboxes;

  var highlightpin1 = readStorage("highlightpin1") || config.highlight_pin1;
  if (highlightpin1 === "false") highlightpin1 = "none";
  if (highlightpin1 === "true") highlightpin1 = "all";
  setHighlightPin1(highlightpin1);
  document.forms.highlightpin1.highlightpin1.value = highlightpin1;

  settings.markWhenChecked = readStorage("markWhenChecked") || "";
  populateMarkWhenCheckedOptions();

  function initBooleanSetting(storageString, def, elementId, func) {
    var b = readStorage(storageString);
    if (b === null) {
      b = def;
    } else {
      b = (b == "true");
    }
    document.getElementById(elementId).checked = b;
    func(b);
  }

  initBooleanSetting("padsVisible", config.show_pads, "padsCheckbox", padsVisible);
  initBooleanSetting("fabricationVisible", config.show_fabrication, "fabricationCheckbox", fabricationVisible);
  initBooleanSetting("silkscreenVisible", config.show_silkscreen, "silkscreenCheckbox", silkscreenVisible);
  initBooleanSetting("referencesVisible", true, "referencesCheckbox", referencesVisible);
  initBooleanSetting("valuesVisible", true, "valuesCheckbox", valuesVisible);
  if ("tracks" in pcbdata) {
    initBooleanSetting("tracksVisible", true, "tracksCheckbox", tracksVisible);
    initBooleanSetting("zonesVisible", true, "zonesCheckbox", zonesVisible);
  } else {
    document.getElementById("tracksAndZonesCheckboxes").style.display = "none";
    tracksVisible(false);
    zonesVisible(false);
  }
  initBooleanSetting("dnpOutline", false, "dnpOutlineCheckbox", dnpOutline);
  initBooleanSetting("redrawOnDrag", config.redraw_on_drag, "dragCheckbox", setRedrawOnDrag);
  initBooleanSetting("darkmode", config.dark_mode, "darkmodeCheckbox", setDarkMode);

  var fields = ["checkboxes", "References"].concat(config.fields).concat(["Quantity"]);
  var hcols = JSON.parse(readStorage("hiddenColumns"));
  if (hcols === null) {
    hcols = [];
  }
  settings.hiddenColumns = hcols.filter(e => fields.includes(e));

  var cord = JSON.parse(readStorage("columnOrder"));
  if (cord === null) {
    cord = fields;
  } else {
    cord = cord.filter(e => fields.includes(e));
    if (cord.length != fields.length)
      cord = fields;
  }
  settings.columnOrder = cord;

  settings.boardRotation = readStorage("boardRotation");
  if (settings.boardRotation === null) {
    settings.boardRotation = config.board_rotation * 5;
  } else {
    settings.boardRotation = parseInt(settings.boardRotation);
  }
  document.getElementById("boardRotation").value = settings.boardRotation / 5;
  document.getElementById("rotationDegree").textContent = settings.boardRotation;
  initBooleanSetting("offsetBackRotation", config.offset_back_rotation, "offsetBackRotationCheckbox", setOffsetBackRotation);

  settings.netColors = JSON.parse(readStorage("netColors")) || {};
}

// Helper classes for user js callbacks.

const IBOM_EVENT_TYPES = {
  ALL: "all",
  HIGHLIGHT_EVENT: "highlightEvent",
  CHECKBOX_CHANGE_EVENT: "checkboxChangeEvent",
  BOM_BODY_CHANGE_EVENT: "bomBodyChangeEvent",
}

const EventHandler = {
  callbacks: {},
  init: function () {
    for (eventType of Object.values(IBOM_EVENT_TYPES))
      this.callbacks[eventType] = [];
  },
  registerCallback: function (eventType, callback) {
    this.callbacks[eventType].push(callback);
  },
  emitEvent: function (eventType, eventArgs) {
    event = {
      eventType: eventType,
      args: eventArgs,
    }
    var callback;
    for (callback of this.callbacks[eventType])
      callback(event);
    for (callback of this.callbacks[IBOM_EVENT_TYPES.ALL])
      callback(event);
  }
}
EventHandler.init();

///////////////////////////////////////////////

///////////////////////////////////////////////
/* PCB rendering code */

var emptyContext2d = document.createElement("canvas").getContext("2d");

function deg2rad(deg) {
  return deg * Math.PI / 180;
}

function calcFontPoint(linepoint, text, offsetx, offsety, tilt) {
  var point = [
    linepoint[0] * text.width + offsetx,
    linepoint[1] * text.height + offsety
  ];
  // This approximates pcbnew behavior with how text tilts depending on horizontal justification
  point[0] -= (linepoint[1] + 0.5 * (1 + text.justify[0])) * text.height * tilt;
  return point;
}

function drawText(ctx, text, color) {
  if ("ref" in text && !settings.renderReferences) return;
  if ("val" in text && !settings.renderValues) return;
  ctx.save();
  ctx.fillStyle = color;
  ctx.strokeStyle = color;
  ctx.lineCap = "round";
  ctx.lineJoin = "round";
  ctx.lineWidth = text.thickness;
  if ("svgpath" in text) {
    ctx.stroke(new Path2D(text.svgpath));
    ctx.restore();
    return;
  }
  if ("polygons" in text) {
    ctx.fill(getPolygonsPath(text));
    ctx.restore();
    return;
  }
  ctx.translate(...text.pos);
  ctx.translate(text.thickness * 0.5, 0);
  var angle = -text.angle;
  if (text.attr.includes("mirrored")) {
    ctx.scale(-1, 1);
    angle = -angle;
  }
  var tilt = 0;
  if (text.attr.includes("italic")) {
    tilt = 0.125;
  }
  var interline = text.height * 1.5 + text.thickness;
  var txt = text.text.split("\n");
  // KiCad ignores last empty line.
  if (txt[txt.length - 1] == '') txt.pop();
  ctx.rotate(deg2rad(angle));
  var offsety = (1 - text.justify[1]) / 2 * text.height; // One line offset
  offsety -= (txt.length - 1) * (text.justify[1] + 1) / 2 * interline; // Multiline offset
  for (var i in txt) {
    var lineWidth = text.thickness + interline / 2 * tilt;
    for (var j = 0; j < txt[i].length; j++) {
      if (txt[i][j] == '\t') {
        var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
        lineWidth += fourSpaces - lineWidth % fourSpaces;
      } else {
        if (txt[i][j] == '~') {
          j++;
          if (j == txt[i].length)
            break;
        }
        lineWidth += pcbdata.font_data[txt[i][j]].w * text.width;
      }
    }
    var offsetx = -lineWidth * (text.justify[0] + 1) / 2;
    var inOverbar = false;
    for (var j = 0; j < txt[i].length; j++) {
      if (config.kicad_text_formatting) {
        if (txt[i][j] == '\t') {
          var fourSpaces = 4 * pcbdata.font_data[' '].w * text.width;
          offsetx += fourSpaces - offsetx % fourSpaces;
          continue;
        } else if (txt[i][j] == '~') {
          j++;
          if (j == txt[i].length)
            break;
          if (txt[i][j] != '~') {
            inOverbar = !inOverbar;
          }
        }
      }
      var glyph = pcbdata.font_data[txt[i][j]];
      if (inOverbar) {
        var overbarStart = [offsetx, -text.height * 1.4 + offsety];
        var overbarEnd = [offsetx + text.width * glyph.w, overbarStart[1]];

        if (!lastHadOverbar) {
          overbarStart[0] += text.height * 1.4 * tilt;
          lastHadOverbar = true;
        }
        ctx.beginPath();
        ctx.moveTo(...overbarStart);
        ctx.lineTo(...overbarEnd);
        ctx.stroke();
      } else {
        lastHadOverbar = false;
      }
      for (var line of glyph.l) {
        ctx.beginPath();
        ctx.moveTo(...calcFontPoint(line[0], text, offsetx, offsety, tilt));
        for (var k = 1; k < line.length; k++) {
          ctx.lineTo(...calcFontPoint(line[k], text, offsetx, offsety, tilt));
        }
        ctx.stroke();
      }
      offsetx += glyph.w * text.width;
    }
    offsety += interline;
  }
  ctx.restore();
}

function drawedge(ctx, scalefactor, edge, color) {
  ctx.strokeStyle = color;
  ctx.fillStyle = color;
  ctx.lineWidth = Math.max(1 / scalefactor, edge.width);
  ctx.lineCap = "round";
  ctx.lineJoin = "round";
  if ("svgpath" in edge) {
    ctx.stroke(new Path2D(edge.svgpath));
  } else {
    ctx.beginPath();
    if (edge.type == "segment") {
      ctx.moveTo(...edge.start);
      ctx.lineTo(...edge.end);
    }
    if (edge.type == "rect") {
      ctx.moveTo(...edge.start);
      ctx.lineTo(edge.start[0], edge.end[1]);
      ctx.lineTo(...edge.end);
      ctx.lineTo(edge.end[0], edge.start[1]);
      ctx.lineTo(...edge.start);
    }
    if (edge.type == "arc") {
      ctx.arc(
        ...edge.start,
        edge.radius,
        deg2rad(edge.startangle),
        deg2rad(edge.endangle));
    }
    if (edge.type == "circle") {
      ctx.arc(
        ...edge.start,
        edge.radius,
        0, 2 * Math.PI);
      ctx.closePath();
    }
    if (edge.type == "curve") {
      ctx.moveTo(...edge.start);
      ctx.bezierCurveTo(...edge.cpa, ...edge.cpb, ...edge.end);
    }
    if("filled" in edge && edge.filled)
      ctx.fill();
    else
      ctx.stroke();
  }
}

function getChamferedRectPath(size, radius, chamfpos, chamfratio) {
  // chamfpos is a bitmask, left = 1, right = 2, bottom left = 4, bottom right = 8
  var path = new Path2D();
  var width = size[0];
  var height = size[1];
  var x = width * -0.5;
  var y = height * -0.5;
  var chamfOffset = Math.min(width, height) * chamfratio;
  path.moveTo(x, 0);
  if (chamfpos & 4) {
    path.lineTo(x, y + height - chamfOffset);
    path.lineTo(x + chamfOffset, y + height);
    path.lineTo(0, y + height);
  } else {
    path.arcTo(x, y + height, x + width, y + height, radius);
  }
  if (chamfpos & 8) {
    path.lineTo(x + width - chamfOffset, y + height);
    path.lineTo(x + width, y + height - chamfOffset);
    path.lineTo(x + width, 0);
  } else {
    path.arcTo(x + width, y + height, x + width, y, radius);
  }
  if (chamfpos & 2) {
    path.lineTo(x + width, y + chamfOffset);
    path.lineTo(x + width - chamfOffset, y);
    path.lineTo(0, y);
  } else {
    path.arcTo(x + width, y, x, y, radius);
  }
  if (chamfpos & 1) {
    path.lineTo(x + chamfOffset, y);
    path.lineTo(x, y + chamfOffset);
    path.lineTo(x, 0);
  } else {
    path.arcTo(x, y, x, y + height, radius);
  }
  path.closePath();
  return path;
}

function getOblongPath(size) {
  return getChamferedRectPath(size, Math.min(size[0], size[1]) / 2, 0, 0);
}

function getPolygonsPath(shape) {
  if (shape.path2d) {
    return shape.path2d;
  }
  if ("svgpath" in shape) {
    shape.path2d = new Path2D(shape.svgpath);
  } else {
    var path = new Path2D();
    for (var polygon of shape.polygons) {
      path.moveTo(...polygon[0]);
      for (var i = 1; i < polygon.length; i++) {
        path.lineTo(...polygon[i]);
      }
      path.closePath();
    }
    shape.path2d = path;
  }
  return shape.path2d;
}

function drawPolygonShape(ctx, scalefactor, shape, color) {
  ctx.save();
  if (!("svgpath" in shape)) {
    ctx.translate(...shape.pos);
    ctx.rotate(deg2rad(-shape.angle));
  }
  if("filled" in shape && !shape.filled) {
    ctx.strokeStyle = color;
    ctx.lineWidth = Math.max(1 / scalefactor, shape.width);
    ctx.lineCap = "round";
    ctx.lineJoin = "round";
    ctx.stroke(getPolygonsPath(shape));
  } else {
    ctx.fillStyle = color;
    ctx.fill(getPolygonsPath(shape));
  }
  ctx.restore();
}

function drawDrawing(ctx, scalefactor, drawing, color) {
  if (["segment", "arc", "circle", "curve", "rect"].includes(drawing.type)) {
    drawedge(ctx, scalefactor, drawing, color);
  } else if (drawing.type == "polygon") {
    drawPolygonShape(ctx, scalefactor, drawing, color);
  } else {
    drawText(ctx, drawing, color);
  }
}

function getCirclePath(radius) {
  var path = new Path2D();
  path.arc(0, 0, radius, 0, 2 * Math.PI);
  path.closePath();
  return path;
}

function getCachedPadPath(pad) {
  if (!pad.path2d) {
    // if path2d is not set, build one and cache it on pad object
    if (pad.shape == "rect") {
      pad.path2d = new Path2D();
      pad.path2d.rect(...pad.size.map(c => -c * 0.5), ...pad.size);
    } else if (pad.shape == "oval") {
      pad.path2d = getOblongPath(pad.size);
    } else if (pad.shape == "circle") {
      pad.path2d = getCirclePath(pad.size[0] / 2);
    } else if (pad.shape == "roundrect") {
      pad.path2d = getChamferedRectPath(pad.size, pad.radius, 0, 0);
    } else if (pad.shape == "chamfrect") {
      pad.path2d = getChamferedRectPath(pad.size, pad.radius, pad.chamfpos, pad.chamfratio)
    } else if (pad.shape == "custom") {
      pad.path2d = getPolygonsPath(pad);
    }
  }
  return pad.path2d;
}

function drawPad(ctx, pad, color, outline) {
  ctx.save();
  ctx.translate(...pad.pos);
  ctx.rotate(-deg2rad(pad.angle));
  if (pad.offset) {
    ctx.translate(...pad.offset);
  }
  ctx.fillStyle = color;
  ctx.strokeStyle = color;
  var path = getCachedPadPath(pad);
  if (outline) {
    ctx.stroke(path);
  } else {
    ctx.fill(path);
  }
  ctx.restore();
}

function drawPadHole(ctx, pad, padHoleColor) {
  if (pad.type != "th") return;
  ctx.save();
  ctx.translate(...pad.pos);
  ctx.rotate(-deg2rad(pad.angle));
  ctx.fillStyle = padHoleColor;
  if (pad.drillshape == "oblong") {
    ctx.fill(getOblongPath(pad.drillsize));
  } else {
    ctx.fill(getCirclePath(pad.drillsize[0] / 2));
  }
  ctx.restore();
}

function drawFootprint(ctx, layer, scalefactor, footprint, colors, highlight, outline) {
  if (highlight) {
    // draw bounding box
    if (footprint.layer == layer) {
      ctx.save();
      ctx.globalAlpha = 0.2;
      ctx.translate(...footprint.bbox.pos);
      ctx.rotate(deg2rad(-footprint.bbox.angle));
      ctx.translate(...footprint.bbox.relpos);
      ctx.fillStyle = colors.pad;
      ctx.fillRect(0, 0, ...footprint.bbox.size);
      ctx.globalAlpha = 1;
      ctx.strokeStyle = colors.pad;
      ctx.lineWidth = 3 / scalefactor;
      ctx.strokeRect(0, 0, ...footprint.bbox.size);
      ctx.restore();
    }
  }
  // draw drawings
  for (var drawing of footprint.drawings) {
    if (drawing.layer == layer) {
      drawDrawing(ctx, scalefactor, drawing.drawing, colors.pad);
    }
  }
  ctx.lineWidth = 3 / scalefactor;
  // draw pads
  if (settings.renderPads) {
    for (var pad of footprint.pads) {
      if (pad.layers.includes(layer)) {
        drawPad(ctx, pad, colors.pad, outline);
        if (pad.pin1 &&
          (settings.highlightpin1 == "all" ||
            settings.highlightpin1 == "selected" && highlight)) {
          drawPad(ctx, pad, colors.outline, true);
        }
      }
    }
    for (var pad of footprint.pads) {
      drawPadHole(ctx, pad, colors.padHole);
    }
  }
}

function drawEdgeCuts(canvas, scalefactor) {
  var ctx = canvas.getContext("2d");
  var edgecolor = getComputedStyle(topmostdiv).getPropertyValue('--pcb-edge-color');
  for (var edge of pcbdata.edges) {
    drawDrawing(ctx, scalefactor, edge, edgecolor);
  }
}

function drawFootprints(canvas, layer, scalefactor, highlight) {
  var ctx = canvas.getContext("2d");
  ctx.lineWidth = 3 / scalefactor;
  var style = getComputedStyle(topmostdiv);

  var colors = {
    pad: style.getPropertyValue('--pad-color'),
    padHole: style.getPropertyValue('--pad-hole-color'),
    outline: style.getPropertyValue('--pin1-outline-color'),
  }

  for (var i = 0; i < pcbdata.footprints.length; i++) {
    var mod = pcbdata.footprints[i];
    var outline = settings.renderDnpOutline && pcbdata.bom.skipped.includes(i);
    var h = highlightedFootprints.includes(i);
    var d = markedFootprints.has(i);
    if (highlight) {
      if(h && d) {
        colors.pad = style.getPropertyValue('--pad-color-highlight-both');
        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-both');
      } else if (h) {
        colors.pad = style.getPropertyValue('--pad-color-highlight');
        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight');
      } else if (d) {
        colors.pad = style.getPropertyValue('--pad-color-highlight-marked');
        colors.outline = style.getPropertyValue('--pin1-outline-color-highlight-marked');
      }
    }
    if( h || d || !highlight) {
      drawFootprint(ctx, layer, scalefactor, mod, colors, highlight, outline);
    }
  }
}

function drawBgLayer(layername, canvas, layer, scalefactor, edgeColor, polygonColor, textColor) {
  var ctx = canvas.getContext("2d");
  for (var d of pcbdata.drawings[layername][layer]) {
    if (["segment", "arc", "circle", "curve", "rect"].includes(d.type)) {
      drawedge(ctx, scalefactor, d, edgeColor);
    } else if (d.type == "polygon") {
      drawPolygonShape(ctx, scalefactor, d, polygonColor);
    } else {
      drawText(ctx, d, textColor);
    }
  }
}

function drawTracks(canvas, layer, defaultColor, highlight) {
  ctx = canvas.getContext("2d");
  ctx.lineCap = "round";

  var hasHole = (track) => (
    'drillsize' in track &&
    track.start[0] == track.end[0] &&
    track.start[1] == track.end[1]);

  // First draw tracks and tented vias
  for (var track of pcbdata.tracks[layer]) {
    if (highlight && highlightedNet != track.net) continue;
    if (!hasHole(track)) {
      ctx.strokeStyle = highlight ? defaultColor : settings.netColors[track.net] || defaultColor;
      ctx.lineWidth = track.width;
      ctx.beginPath();
      if ('radius' in track) {
        ctx.arc(
          ...track.center,
          track.radius,
          deg2rad(track.startangle),
          deg2rad(track.endangle));
      } else {
        ctx.moveTo(...track.start);
        ctx.lineTo(...track.end);
      }
      ctx.stroke();
    }
  }
  // Second pass to draw untented vias
  var style = getComputedStyle(topmostdiv);
  var holeColor = style.getPropertyValue('--pad-hole-color')

  for (var track of pcbdata.tracks[layer]) {
    if (highlight && highlightedNet != track.net) continue;
    if (hasHole(track)) {
      ctx.strokeStyle = highlight ? defaultColor : settings.netColors[track.net] || defaultColor;
      ctx.lineWidth = track.width;
      ctx.beginPath();
      ctx.moveTo(...track.start);
      ctx.lineTo(...track.end);
      ctx.stroke();
      ctx.strokeStyle = holeColor;
      ctx.lineWidth = track.drillsize;
      ctx.lineTo(...track.end);
      ctx.stroke();
    }
  }
}

function drawZones(canvas, layer, defaultColor, highlight) {
  ctx = canvas.getContext("2d");
  ctx.lineJoin = "round";
  for (var zone of pcbdata.zones[layer]) {
    if (highlight && highlightedNet != zone.net) continue;
    ctx.strokeStyle = highlight ? defaultColor : settings.netColors[zone.net] || defaultColor;
    ctx.fillStyle = highlight ? defaultColor : settings.netColors[zone.net] || defaultColor;
    if (!zone.path2d) {
      zone.path2d = getPolygonsPath(zone);
    }
    ctx.fill(zone.path2d, zone.fillrule || "nonzero");
    if (zone.width > 0) {
      ctx.lineWidth = zone.width;
      ctx.stroke(zone.path2d);
    }
  }
}

function clearCanvas(canvas, color = null) {
  var ctx = canvas.getContext("2d");
  ctx.save();
  ctx.setTransform(1, 0, 0, 1, 0, 0);
  if (color) {
    ctx.fillStyle = color;
    ctx.fillRect(0, 0, canvas.width, canvas.height);
  } else {
    if (!window.matchMedia("print").matches)
      ctx.clearRect(0, 0, canvas.width, canvas.height);
  }
  ctx.restore();
}

function drawNets(canvas, layer, highlight) {
  var style = getComputedStyle(topmostdiv);
  if (settings.renderZones) {
    var zoneColor = style.getPropertyValue(highlight ? '--zone-color-highlight' : '--zone-color');
    drawZones(canvas, layer, zoneColor, highlight);
  }
  if (settings.renderTracks) {
    var trackColor = style.getPropertyValue(highlight ? '--track-color-highlight' : '--track-color');
    drawTracks(canvas, layer, trackColor, highlight);
  }
  if (highlight && settings.renderPads) {
    var padColor = style.getPropertyValue('--pad-color-highlight');
    var padHoleColor = style.getPropertyValue('--pad-hole-color');
    var ctx = canvas.getContext("2d");
    for (var footprint of pcbdata.footprints) {
      // draw pads
      var padDrawn = false;
      for (var pad of footprint.pads) {
        if (highlightedNet != pad.net) continue;
        if (pad.layers.includes(layer)) {
          drawPad(ctx, pad, padColor, false);
          padDrawn = true;
        }
      }
      if (padDrawn) {
        // redraw all pad holes because some pads may overlap
        for (var pad of footprint.pads) {
          drawPadHole(ctx, pad, padHoleColor);
        }
      }
    }
  }
}

function drawHighlightsOnLayer(canvasdict, clear = true) {
  if (clear) {
    clearCanvas(canvasdict.highlight);
  }
  if (markedFootprints.size > 0 || highlightedFootprints.length > 0) {
    drawFootprints(canvasdict.highlight, canvasdict.layer,
      canvasdict.transform.s * canvasdict.transform.zoom, true);
  }
  if (highlightedNet !== null) {
    drawNets(canvasdict.highlight, canvasdict.layer, true);
  }
}

function drawHighlights() {
  drawHighlightsOnLayer(allcanvas.front);
  drawHighlightsOnLayer(allcanvas.back);
}

function drawBackground(canvasdict, clear = true) {
  if (clear) {
    clearCanvas(canvasdict.bg);
    clearCanvas(canvasdict.fab);
    clearCanvas(canvasdict.silk);
  }

  drawNets(canvasdict.bg, canvasdict.layer, false);
  drawFootprints(canvasdict.bg, canvasdict.layer,
    canvasdict.transform.s * canvasdict.transform.zoom, false);

  drawEdgeCuts(canvasdict.bg, canvasdict.transform.s * canvasdict.transform.zoom);

  var style = getComputedStyle(topmostdiv);
  var edgeColor = style.getPropertyValue('--silkscreen-edge-color');
  var polygonColor = style.getPropertyValue('--silkscreen-polygon-color');
  var textColor = style.getPropertyValue('--silkscreen-text-color');
  if (settings.renderSilkscreen) {
    drawBgLayer(
      "silkscreen", canvasdict.silk, canvasdict.layer,
      canvasdict.transform.s * canvasdict.transform.zoom,
      edgeColor, polygonColor, textColor);
  }
  edgeColor = style.getPropertyValue('--fabrication-edge-color');
  polygonColor = style.getPropertyValue('--fabrication-polygon-color');
  textColor = style.getPropertyValue('--fabrication-text-color');
  if (settings.renderFabrication) {
    drawBgLayer(
      "fabrication", canvasdict.fab, canvasdict.layer,
      canvasdict.transform.s * canvasdict.transform.zoom,
      edgeColor, polygonColor, textColor);
  }
}

function prepareCanvas(canvas, flip, transform) {
  var ctx = canvas.getContext("2d");
  ctx.setTransform(1, 0, 0, 1, 0, 0);
  ctx.scale(transform.zoom, transform.zoom);
  ctx.translate(transform.panx, transform.pany);
  if (flip) {
    ctx.scale(-1, 1);
  }
  ctx.translate(transform.x, transform.y);
  ctx.rotate(deg2rad(settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0)));
  ctx.scale(transform.s, transform.s);
}

function prepareLayer(canvasdict) {
  var flip = (canvasdict.layer === "B");
  for (var c of ["bg", "fab", "silk", "highlight"]) {
    prepareCanvas(canvasdict[c], flip, canvasdict.transform);
  }
}

function rotateVector(v, angle) {
  angle = deg2rad(angle);
  return [
    v[0] * Math.cos(angle) - v[1] * Math.sin(angle),
    v[0] * Math.sin(angle) + v[1] * Math.cos(angle)
  ];
}

function applyRotation(bbox, flip) {
  var corners = [
    [bbox.minx, bbox.miny],
    [bbox.minx, bbox.maxy],
    [bbox.maxx, bbox.miny],
    [bbox.maxx, bbox.maxy],
  ];
  corners = corners.map((v) => rotateVector(v, settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0)));
  return {
    minx: corners.reduce((a, v) => Math.min(a, v[0]), Infinity),
    miny: corners.reduce((a, v) => Math.min(a, v[1]), Infinity),
    maxx: corners.reduce((a, v) => Math.max(a, v[0]), -Infinity),
    maxy: corners.reduce((a, v) => Math.max(a, v[1]), -Infinity),
  }
}

function recalcLayerScale(layerdict, width, height) {
  var flip = (layerdict.layer === "B");
  var bbox = applyRotation(pcbdata.edges_bbox, flip);
  var scalefactor = 0.98 * Math.min(
    width / (bbox.maxx - bbox.minx),
    height / (bbox.maxy - bbox.miny)
  );
  if (scalefactor < 0.1) {
    scalefactor = 1;
  }
  layerdict.transform.s = scalefactor;
  if (flip) {
    layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor + width) * 0.5;
  } else {
    layerdict.transform.x = -((bbox.maxx + bbox.minx) * scalefactor - width) * 0.5;
  }
  layerdict.transform.y = -((bbox.maxy + bbox.miny) * scalefactor - height) * 0.5;
  for (var c of ["bg", "fab", "silk", "highlight"]) {
    canvas = layerdict[c];
    canvas.width = width;
    canvas.height = height;
    canvas.style.width = (width / devicePixelRatio) + "px";
    canvas.style.height = (height / devicePixelRatio) + "px";
  }
}

function redrawCanvas(layerdict) {
  prepareLayer(layerdict);
  drawBackground(layerdict);
  drawHighlightsOnLayer(layerdict);
}

function resizeCanvas(layerdict) {
  var canvasdivid = {
    "F": "frontcanvas",
    "B": "backcanvas"
  } [layerdict.layer];
  var width = document.getElementById(canvasdivid).clientWidth * devicePixelRatio;
  var height = document.getElementById(canvasdivid).clientHeight * devicePixelRatio;
  recalcLayerScale(layerdict, width, height);
  redrawCanvas(layerdict);
}

function resizeAll() {
  resizeCanvas(allcanvas.front);
  resizeCanvas(allcanvas.back);
}

function pointWithinDistanceToSegment(x, y, x1, y1, x2, y2, d) {
  var A = x - x1;
  var B = y - y1;
  var C = x2 - x1;
  var D = y2 - y1;

  var dot = A * C + B * D;
  var len_sq = C * C + D * D;
  var dx, dy;
  if (len_sq == 0) {
    // start and end of the segment coincide
    dx = x - x1;
    dy = y - y1;
  } else {
    var param = dot / len_sq;
    var xx, yy;
    if (param < 0) {
      xx = x1;
      yy = y1;
    } else if (param > 1) {
      xx = x2;
      yy = y2;
    } else {
      xx = x1 + param * C;
      yy = y1 + param * D;
    }
    dx = x - xx;
    dy = y - yy;
  }
  return dx * dx + dy * dy <= d * d;
}

function modulo(n, mod) {
  return ((n % mod) + mod) % mod;
}

function pointWithinDistanceToArc(x, y, xc, yc, radius, startangle, endangle, d) {
  var dx = x - xc;
  var dy = y - yc;
  var r_sq = dx * dx + dy * dy;
  var rmin = Math.max(0, radius - d);
  var rmax = radius + d;

  if (r_sq < rmin * rmin || r_sq > rmax * rmax)
    return false;

  var angle1 = modulo(deg2rad(startangle), 2 * Math.PI);
  var dx1 = xc + radius * Math.cos(angle1) - x;
  var dy1 = yc + radius * Math.sin(angle1) - y;
  if (dx1 * dx1 + dy1 * dy1 <= d * d)
    return true;

  var angle2 = modulo(deg2rad(endangle), 2 * Math.PI);
  var dx2 = xc + radius * Math.cos(angle2) - x;
  var dy2 = yc + radius * Math.sin(angle2) - y;
  if (dx2 * dx2 + dy2 * dy2 <= d * d)
    return true;

  var angle = modulo(Math.atan2(dy, dx), 2 * Math.PI);
  if (angle1 > angle2)
    return (angle >= angle2 || angle <= angle1);
  else
    return (angle >= angle1 && angle <= angle2);
}

function pointWithinPad(x, y, pad) {
  var v = [x - pad.pos[0], y - pad.pos[1]];
  v = rotateVector(v, pad.angle);
  if (pad.offset) {
    v[0] -= pad.offset[0];
    v[1] -= pad.offset[1];
  }
  return emptyContext2d.isPointInPath(getCachedPadPath(pad), ...v);
}

function netHitScan(layer, x, y) {
  // Check track segments
  if (settings.renderTracks && pcbdata.tracks) {
    for (var track of pcbdata.tracks[layer]) {
      if ('radius' in track) {
        if (pointWithinDistanceToArc(x, y, ...track.center, track.radius, track.startangle, track.endangle, track.width / 2)) {
          return track.net;
        }
      } else {
        if (pointWithinDistanceToSegment(x, y, ...track.start, ...track.end, track.width / 2)) {
          return track.net;
        }
      }
    }
  }
  // Check pads
  if (settings.renderPads) {
    for (var footprint of pcbdata.footprints) {
      for (var pad of footprint.pads) {
        if (pad.layers.includes(layer) && pointWithinPad(x, y, pad)) {
          return pad.net;
        }
      }
    }
  }
  return null;
}

function pointWithinFootprintBbox(x, y, bbox) {
  var v = [x - bbox.pos[0], y - bbox.pos[1]];
  v = rotateVector(v, bbox.angle);
  return bbox.relpos[0] <= v[0] && v[0] <= bbox.relpos[0] + bbox.size[0] &&
    bbox.relpos[1] <= v[1] && v[1] <= bbox.relpos[1] + bbox.size[1];
}

function bboxHitScan(layer, x, y) {
  var result = [];
  for (var i = 0; i < pcbdata.footprints.length; i++) {
    var footprint = pcbdata.footprints[i];
    if (footprint.layer == layer) {
      if (pointWithinFootprintBbox(x, y, footprint.bbox)) {
        result.push(i);
      }
    }
  }
  return result;
}

function handlePointerDown(e, layerdict) {
  if (e.button != 0 && e.button != 1) {
    return;
  }
  e.preventDefault();
  e.stopPropagation();

  if (!e.hasOwnProperty("offsetX")) {
    // The polyfill doesn't set this properly
    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
    e.offsetY = e.pageY - e.currentTarget.offsetTop;
  }

  layerdict.pointerStates[e.pointerId] = {
    distanceTravelled: 0,
    lastX: e.offsetX,
    lastY: e.offsetY,
    downTime: Date.now(),
  };
}

function handleMouseClick(e, layerdict) {
  if (!e.hasOwnProperty("offsetX")) {
    // The polyfill doesn't set this properly
    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
    e.offsetY = e.pageY - e.currentTarget.offsetTop;
  }

  var x = e.offsetX;
  var y = e.offsetY;
  var t = layerdict.transform;
  var flip = layerdict.layer === "B";
  if (flip) {
    x = (devicePixelRatio * x / t.zoom - t.panx + t.x) / -t.s;
  } else {
    x = (devicePixelRatio * x / t.zoom - t.panx - t.x) / t.s;
  }
  y = (devicePixelRatio * y / t.zoom - t.y - t.pany) / t.s;
  var v = rotateVector([x, y], -settings.boardRotation + (flip && settings.offsetBackRotation ? - 180 : 0));
  if ("nets" in pcbdata) {
    var net = netHitScan(layerdict.layer, ...v);
    if (net !== highlightedNet) {
      netClicked(net);
    }
  }
  if (highlightedNet === null) {
    var footprints = bboxHitScan(layerdict.layer, ...v);
    if (footprints.length > 0) {
      footprintsClicked(footprints);
    }
  }
}

function handlePointerLeave(e, layerdict) {
  e.preventDefault();
  e.stopPropagation();

  if (!settings.redrawOnDrag) {
    redrawCanvas(layerdict);
  }

  delete layerdict.pointerStates[e.pointerId];
}

function resetTransform(layerdict) {
  layerdict.transform.panx = 0;
  layerdict.transform.pany = 0;
  layerdict.transform.zoom = 1;
  redrawCanvas(layerdict);
}

function handlePointerUp(e, layerdict) {
  if (!e.hasOwnProperty("offsetX")) {
    // The polyfill doesn't set this properly
    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
    e.offsetY = e.pageY - e.currentTarget.offsetTop;
  }

  e.preventDefault();
  e.stopPropagation();

  if (e.button == 2) {
    // Reset pan and zoom on right click.
    resetTransform(layerdict);
    layerdict.anotherPointerTapped = false;
    return;
  }

  // We haven't necessarily had a pointermove event since the interaction started, so make sure we update this now
  var ptr = layerdict.pointerStates[e.pointerId];
  ptr.distanceTravelled += Math.abs(e.offsetX - ptr.lastX) + Math.abs(e.offsetY - ptr.lastY);

  if (e.button == 0 && ptr.distanceTravelled < 10 && Date.now() - ptr.downTime <= 500) {
    if (Object.keys(layerdict.pointerStates).length == 1) {
      if (layerdict.anotherPointerTapped) {
        // This is the second pointer coming off of a two-finger tap
        resetTransform(layerdict);
      } else {
        // This is just a regular tap
        handleMouseClick(e, layerdict);
      }
      layerdict.anotherPointerTapped = false;
    } else {
      // This is the first finger coming off of what could become a two-finger tap
      layerdict.anotherPointerTapped = true;
    }
  } else {
    if (!settings.redrawOnDrag) {
      redrawCanvas(layerdict);
    }
    layerdict.anotherPointerTapped = false;
  }

  delete layerdict.pointerStates[e.pointerId];
}

function handlePointerMove(e, layerdict) {
  if (!layerdict.pointerStates.hasOwnProperty(e.pointerId)) {
    return;
  }
  e.preventDefault();
  e.stopPropagation();

  if (!e.hasOwnProperty("offsetX")) {
    // The polyfill doesn't set this properly
    e.offsetX = e.pageX - e.currentTarget.offsetLeft;
    e.offsetY = e.pageY - e.currentTarget.offsetTop;
  }

  var thisPtr = layerdict.pointerStates[e.pointerId];

  var dx = e.offsetX - thisPtr.lastX;
  var dy = e.offsetY - thisPtr.lastY;

  // If this number is low on pointer up, we count the action as a click
  thisPtr.distanceTravelled += Math.abs(dx) + Math.abs(dy);

  if (Object.keys(layerdict.pointerStates).length == 1) {
    // This is a simple drag
    layerdict.transform.panx += devicePixelRatio * dx / layerdict.transform.zoom;
    layerdict.transform.pany += devicePixelRatio * dy / layerdict.transform.zoom;
  } else if (Object.keys(layerdict.pointerStates).length == 2) {
    var otherPtr = Object.values(layerdict.pointerStates).filter((ptr) => ptr != thisPtr)[0];

    var oldDist = Math.sqrt(Math.pow(thisPtr.lastX - otherPtr.lastX, 2) + Math.pow(thisPtr.lastY - otherPtr.lastY, 2));
    var newDist = Math.sqrt(Math.pow(e.offsetX - otherPtr.lastX, 2) + Math.pow(e.offsetY - otherPtr.lastY, 2));

    var scaleFactor = newDist / oldDist;

    if (scaleFactor != NaN) {
      layerdict.transform.zoom *= scaleFactor;

      var zoomd = (1 - scaleFactor) / layerdict.transform.zoom;
      layerdict.transform.panx += devicePixelRatio * otherPtr.lastX * zoomd;
      layerdict.transform.pany += devicePixelRatio * otherPtr.lastY * zoomd;
    }
  }

  thisPtr.lastX = e.offsetX;
  thisPtr.lastY = e.offsetY;

  if (settings.redrawOnDrag) {
    redrawCanvas(layerdict);
  }
}

function handleMouseWheel(e, layerdict) {
  e.preventDefault();
  e.stopPropagation();
  var t = layerdict.transform;
  var wheeldelta = e.deltaY;
  if (e.deltaMode == 1) {
    // FF only, scroll by lines
    wheeldelta *= 30;
  } else if (e.deltaMode == 2) {
    wheeldelta *= 300;
  }
  var m = Math.pow(1.1, -wheeldelta / 40);
  // Limit amount of zoom per tick.
  if (m > 2) {
    m = 2;
  } else if (m < 0.5) {
    m = 0.5;
  }
  t.zoom *= m;
  var zoomd = (1 - m) / t.zoom;
  t.panx += devicePixelRatio * e.offsetX * zoomd;
  t.pany += devicePixelRatio * e.offsetY * zoomd;
  redrawCanvas(layerdict);
}

function addMouseHandlers(div, layerdict) {
  div.addEventListener("pointerdown", function(e) {
    handlePointerDown(e, layerdict);
  });
  div.addEventListener("pointermove", function(e) {
    handlePointerMove(e, layerdict);
  });
  div.addEventListener("pointerup", function(e) {
    handlePointerUp(e, layerdict);
  });
  var pointerleave = function(e) {
    handlePointerLeave(e, layerdict);
  }
  div.addEventListener("pointercancel", pointerleave);
  div.addEventListener("pointerleave", pointerleave);
  div.addEventListener("pointerout", pointerleave);

  div.onwheel = function(e) {
    handleMouseWheel(e, layerdict);
  }
  for (var element of [div, layerdict.bg, layerdict.fab, layerdict.silk, layerdict.highlight]) {
    element.addEventListener("contextmenu", function(e) {
      e.preventDefault();
    }, false);
  }
}

function setRedrawOnDrag(value) {
  settings.redrawOnDrag = value;
  writeStorage("redrawOnDrag", value);
}

function setBoardRotation(value) {
  settings.boardRotation = value * 5;
  writeStorage("boardRotation", settings.boardRotation);
  document.getElementById("rotationDegree").textContent = settings.boardRotation;
  resizeAll();
}

function setOffsetBackRotation(value) {
  settings.offsetBackRotation = value;
  writeStorage("offsetBackRotation", value);
  resizeAll();
}

function initRender() {
  allcanvas = {
    front: {
      transform: {
        x: 0,
        y: 0,
        s: 1,
        panx: 0,
        pany: 0,
        zoom: 1,
      },
      pointerStates: {},
      anotherPointerTapped: false,
      bg: document.getElementById("F_bg"),
      fab: document.getElementById("F_fab"),
      silk: document.getElementById("F_slk"),
      highlight: document.getElementById("F_hl"),
      layer: "F",
    },
    back: {
      transform: {
        x: 0,
        y: 0,
        s: 1,
        panx: 0,
        pany: 0,
        zoom: 1,
      },
      pointerStates: {},
      anotherPointerTapped: false,
      bg: document.getElementById("B_bg"),
      fab: document.getElementById("B_fab"),
      silk: document.getElementById("B_slk"),
      highlight: document.getElementById("B_hl"),
      layer: "B",
    }
  };
  addMouseHandlers(document.getElementById("frontcanvas"), allcanvas.front);
  addMouseHandlers(document.getElementById("backcanvas"), allcanvas.back);
}

///////////////////////////////////////////////

///////////////////////////////////////////////
/*
 * Table reordering via Drag'n'Drop
 * Inspired by: https://htmldom.dev/drag-and-drop-table-column
 */

function setBomHandlers() {

  const bom = document.getElementById('bomtable');

  let dragName;
  let placeHolderElements;
  let draggingElement;
  let forcePopulation;
  let xOffset;
  let yOffset;
  let wasDragged;

  const mouseUpHandler = function(e) {
    // Delete dragging element
    draggingElement.remove();

    // Make BOM selectable again
    bom.style.removeProperty("userSelect");

    // Remove listeners
    document.removeEventListener('mousemove', mouseMoveHandler);
    document.removeEventListener('mouseup', mouseUpHandler);

    if (wasDragged) {
      // Redraw whole BOM
      populateBomTable();
    }
  }

  const mouseMoveHandler = function(e) {
    // Notice the dragging
    wasDragged = true;

    // Make the dragged element visible
    draggingElement.style.removeProperty("display");

    // Set elements position to mouse position
    draggingElement.style.left = `${e.screenX - xOffset}px`;
    draggingElement.style.top = `${e.screenY - yOffset}px`;

    // Forced redrawing of BOM table
    if (forcePopulation) {
      forcePopulation = false;
      // Copy array
      phe = Array.from(placeHolderElements);
      // populate BOM table again
      populateBomHeader(dragName, phe);
      populateBomBody(dragName, phe);
    }

    // Set up array of hidden columns
    var hiddenColumns = Array.from(settings.hiddenColumns);
    // In the ungrouped mode, quantity don't exist
    if (settings.bommode === "ungrouped")
      hiddenColumns.push("Quantity");
    // If no checkbox fields can be found, we consider them hidden
    if (settings.checkboxes.length == 0)
      hiddenColumns.push("checkboxes");

    // Get table headers and group them into checkboxes, extrafields and normal headers
    const bh = document.getElementById("bomhead");
    headers = Array.from(bh.querySelectorAll("th"))
    headers.shift() // numCol is not part of the columnOrder
    headerGroups = []
    lastCompoundClass = null;
    for (i = 0; i < settings.columnOrder.length; i++) {
      cElem = settings.columnOrder[i];
      if (hiddenColumns.includes(cElem)) {
        // Hidden columns appear as a dummy element
        headerGroups.push([]);
        continue;
      }
      elem = headers.filter(e => getColumnOrderName(e) === cElem)[0];
      if (elem.classList.contains("bom-checkbox")) {
        if (lastCompoundClass === "bom-checkbox") {
          cbGroup = headerGroups.pop();
          cbGroup.push(elem);
          headerGroups.push(cbGroup);
        } else {
          lastCompoundClass = "bom-checkbox";
          headerGroups.push([elem])
        }
      } else {
        headerGroups.push([elem])
      }
    }

    // Copy settings.columnOrder
    var columns = Array.from(settings.columnOrder)

    // Set up array with indices of hidden columns
    var hiddenIndices = hiddenColumns.map(e => settings.columnOrder.indexOf(e));
    var dragIndex = columns.indexOf(dragName);
    var swapIndex = dragIndex;
    var swapDone = false;

    // Check if the current dragged element is swapable with the left or right element
    if (dragIndex > 0) {
      // Get left headers boundingbox
      swapIndex = dragIndex - 1;
      while (hiddenIndices.includes(swapIndex) && swapIndex > 0)
        swapIndex--;
      if (!hiddenIndices.includes(swapIndex)) {
        box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
        if (e.clientX < box.left + window.scrollX + (box.width / 2)) {
          swapElement = columns[dragIndex];
          columns.splice(dragIndex, 1);
          columns.splice(swapIndex, 0, swapElement);
          forcePopulation = true;
          swapDone = true;
        }
      }
    }
    if ((!swapDone) && dragIndex < headerGroups.length - 1) {
      // Get right headers boundingbox
      swapIndex = dragIndex + 1;
      while (hiddenIndices.includes(swapIndex))
        swapIndex++;
      if (swapIndex < headerGroups.length) {
        box = getBoundingClientRectFromMultiple(headerGroups[swapIndex]);
        if (e.clientX > box.left + window.scrollX + (box.width / 2)) {
          swapElement = columns[dragIndex];
          columns.splice(dragIndex, 1);
          columns.splice(swapIndex, 0, swapElement);
          forcePopulation = true;
          swapDone = true;
        }
      }
    }

    // Write back change to storage
    if (swapDone) {
      settings.columnOrder = columns
      writeStorage("columnOrder", JSON.stringify(columns));
    }

  }

  const mouseDownHandler = function(e) {
    var target = e.target;
    if (target.tagName.toLowerCase() != "td")
      target = target.parentElement;

    // Used to check if a dragging has ever happened
    wasDragged = false;

    // Create new element which will be displayed as the dragged column
    draggingElement = document.createElement("div")
    draggingElement.classList.add("dragging");
    draggingElement.style.display = "none";
    draggingElement.style.position = "absolute";
    draggingElement.style.overflow = "hidden";

    // Get bomhead and bombody elements
    const bh = document.getElementById("bomhead");
    const bb = document.getElementById("bombody");

    // Get all compound headers for the current column
    var compoundHeaders;
    if (target.classList.contains("bom-checkbox")) {
      compoundHeaders = Array.from(bh.querySelectorAll("th.bom-checkbox"));
    } else {
      compoundHeaders = [target];
    }

    // Create new table which will display the column
    var newTable = document.createElement("table");
    newTable.classList.add("bom");
    newTable.style.background = "white";
    draggingElement.append(newTable);

    // Create new header element
    var newHeader = document.createElement("thead");
    newTable.append(newHeader);

    // Set up array for storing all placeholder elements
    placeHolderElements = [];

    // Add all compound headers to the new thead element and placeholders
    compoundHeaders.forEach(function(h) {
      clone = cloneElementWithDimensions(h);
      newHeader.append(clone);
      placeHolderElements.push(clone);
    });

    // Create new body element
    var newBody = document.createElement("tbody");
    newTable.append(newBody);

    // Get indices for compound headers
    var idxs = compoundHeaders.map(e => getBomTableHeaderIndex(e));

    // For each row in the BOM body...
    var rows = bb.querySelectorAll("tr");
    rows.forEach(function(row) {
      // ..get the cells for the compound column
      const tds = row.querySelectorAll("td");
      var copytds = idxs.map(i => tds[i]);
      // Add them to the new element and the placeholders
      var newRow = document.createElement("tr");
      copytds.forEach(function(td) {
        clone = cloneElementWithDimensions(td);
        newRow.append(clone);
        placeHolderElements.push(clone);
      });
      newBody.append(newRow);
    });

    // Compute width for compound header
    var width = compoundHeaders.reduce((acc, x) => acc + x.clientWidth, 0);
    draggingElement.style.width = `${width}px`;

    // Insert the new dragging element and disable selection on BOM
    bom.insertBefore(draggingElement, null);
    bom.style.userSelect = "none";

    // Determine the mouse position offset
    xOffset = e.screenX - compoundHeaders.reduce((acc, x) => Math.min(acc, x.offsetLeft), compoundHeaders[0].offsetLeft);
    yOffset = e.screenY - compoundHeaders[0].offsetTop;

    // Get name for the column in settings.columnOrder
    dragName = getColumnOrderName(target);

    // Change text and class for placeholder elements
    placeHolderElements = placeHolderElements.map(function(e) {
      newElem = cloneElementWithDimensions(e);
      newElem.textContent = "";
      newElem.classList.add("placeholder");
      return newElem;
    });

    // On next mouse move, the whole BOM needs to be redrawn to show the placeholders
    forcePopulation = true;

    // Add listeners for move and up on mouse
    document.addEventListener('mousemove', mouseMoveHandler);
    document.addEventListener('mouseup', mouseUpHandler);
  }

  // In netlist mode, there is nothing to reorder
  if (settings.bommode === "netlist")
    return;

  // Add mouseDownHandler to every column except the numCol
  bom.querySelectorAll("th")
    .forEach(function(head) {
      if (!head.classList.contains("numCol")) {
        head.onmousedown = mouseDownHandler;
      }
    });

}

function getBoundingClientRectFromMultiple(elements) {
  var elems = Array.from(elements);

  if (elems.length == 0)
    return null;

  var box = elems.shift()
    .getBoundingClientRect();

  elems.forEach(function(elem) {
    var elembox = elem.getBoundingClientRect();
    box.left = Math.min(elembox.left, box.left);
    box.top = Math.min(elembox.top, box.top);
    box.width += elembox.width;
    box.height = Math.max(elembox.height, box.height);
  });

  return box;
}

function cloneElementWithDimensions(elem) {
  var newElem = elem.cloneNode(true);
  newElem.style.height = window.getComputedStyle(elem).height;
  newElem.style.width = window.getComputedStyle(elem).width;
  return newElem;
}

function getBomTableHeaderIndex(elem) {
  const bh = document.getElementById('bomhead');
  const ths = Array.from(bh.querySelectorAll("th"));
  return ths.indexOf(elem);
}

function getColumnOrderName(elem) {
  var cname = elem.getAttribute("col_name");
  if (cname === "bom-checkbox")
    return "checkboxes";
  else
    return cname;
}

function resizableGrid(tablehead) {
  var cols = tablehead.firstElementChild.children;
  var rowWidth = tablehead.offsetWidth;

  for (var i = 1; i < cols.length; i++) {
    if (cols[i].classList.contains("bom-checkbox"))
      continue;
    cols[i].style.width = ((cols[i].clientWidth - paddingDiff(cols[i])) * 100 / rowWidth) + '%';
  }

  for (var i = 1; i < cols.length - 1; i++) {
    var div = document.createElement('div');
    div.className = "column-width-handle";
    cols[i].appendChild(div);
    setListeners(div);
  }

  function setListeners(div) {
    var startX, curCol, nxtCol, curColWidth, nxtColWidth, rowWidth;

    div.addEventListener('mousedown', function(e) {
      e.preventDefault();
      e.stopPropagation();

      curCol = e.target.parentElement;
      nxtCol = curCol.nextElementSibling;
      startX = e.pageX;

      var padding = paddingDiff(curCol);

      rowWidth = curCol.parentElement.offsetWidth;
      curColWidth = curCol.clientWidth - padding;
      nxtColWidth = nxtCol.clientWidth - padding;
    });

    document.addEventListener('mousemove', function(e) {
      if (startX) {
        var diffX = e.pageX - startX;
        diffX = -Math.min(-diffX, curColWidth - 20);
        diffX = Math.min(diffX, nxtColWidth - 20);

        curCol.style.width = ((curColWidth + diffX) * 100 / rowWidth) + '%';
        nxtCol.style.width = ((nxtColWidth - diffX) * 100 / rowWidth) + '%';
        console.log(`${curColWidth + nxtColWidth} ${(curColWidth + diffX) * 100 / rowWidth + (nxtColWidth - diffX) * 100 / rowWidth}`);
      }
    });

    document.addEventListener('mouseup', function(e) {
      curCol = undefined;
      nxtCol = undefined;
      startX = undefined;
      nxtColWidth = undefined;
      curColWidth = undefined
    });
  }

  function paddingDiff(col) {

    if (getStyleVal(col, 'box-sizing') == 'border-box') {
      return 0;
    }

    var padLeft = getStyleVal(col, 'padding-left');
    var padRight = getStyleVal(col, 'padding-right');
    return (parseInt(padLeft) + parseInt(padRight));

  }

  function getStyleVal(elm, css) {
    return (window.getComputedStyle(elm, null).getPropertyValue(css))
  }
}

///////////////////////////////////////////////

///////////////////////////////////////////////
/* DOM manipulation and misc code */

var bomsplit;
var canvassplit;
var initDone = false;
var bomSortFunction = null;
var currentSortColumn = null;
var currentSortOrder = null;
var currentHighlightedRowId;
var highlightHandlers = [];
var footprintIndexToHandler = {};
var netsToHandler = {};
var markedFootprints = new Set();
var highlightedFootprints = [];
var highlightedNet = null;
var lastClicked;

function dbg(html) {
  dbgdiv.innerHTML = html;
}

function redrawIfInitDone() {
  if (initDone) {
    redrawCanvas(allcanvas.front);
    redrawCanvas(allcanvas.back);
  }
}

function padsVisible(value) {
  writeStorage("padsVisible", value);
  settings.renderPads = value;
  redrawIfInitDone();
}

function referencesVisible(value) {
  writeStorage("referencesVisible", value);
  settings.renderReferences = value;
  redrawIfInitDone();
}

function valuesVisible(value) {
  writeStorage("valuesVisible", value);
  settings.renderValues = value;
  redrawIfInitDone();
}

function tracksVisible(value) {
  writeStorage("tracksVisible", value);
  settings.renderTracks = value;
  redrawIfInitDone();
}

function zonesVisible(value) {
  writeStorage("zonesVisible", value);
  settings.renderZones = value;
  redrawIfInitDone();
}

function dnpOutline(value) {
  writeStorage("dnpOutline", value);
  settings.renderDnpOutline = value;
  redrawIfInitDone();
}

function setDarkMode(value) {
  if (value) {
    topmostdiv.classList.add("dark");
  } else {
    topmostdiv.classList.remove("dark");
  }
  writeStorage("darkmode", value);
  settings.darkMode = value;
  redrawIfInitDone();
  if (initDone) {
    populateBomTable();
  }
}

function setShowBOMColumn(field, value) {
  if (field === "references") {
    var rl = document.getElementById("reflookup");
    rl.disabled = !value;
    if (!value) {
      rl.value = "";
      updateRefLookup("");
    }
  }

  var n = settings.hiddenColumns.indexOf(field);
  if (value) {
    if (n != -1) {
      settings.hiddenColumns.splice(n, 1);
    }
  } else {
    if (n == -1) {
      settings.hiddenColumns.push(field);
    }
  }

  writeStorage("hiddenColumns", JSON.stringify(settings.hiddenColumns));

  if (initDone) {
    populateBomTable();
  }

  redrawIfInitDone();
}


function setFullscreen(value) {
  if (value) {
    document.documentElement.requestFullscreen();
  } else {
    document.exitFullscreen();
  }
}

function fabricationVisible(value) {
  writeStorage("fabricationVisible", value);
  settings.renderFabrication = value;
  redrawIfInitDone();
}

function silkscreenVisible(value) {
  writeStorage("silkscreenVisible", value);
  settings.renderSilkscreen = value;
  redrawIfInitDone();
}

function setHighlightPin1(value) {
  writeStorage("highlightpin1", value);
  settings.highlightpin1 = value;
  redrawIfInitDone();
}

function getStoredCheckboxRefs(checkbox) {
  function convert(ref) {
    var intref = parseInt(ref);
    if (isNaN(intref)) {
      for (var i = 0; i < pcbdata.footprints.length; i++) {
        if (pcbdata.footprints[i].ref == ref) {
          return i;
        }
      }
      return -1;
    } else {
      return intref;
    }
  }
  if (!(checkbox in settings.checkboxStoredRefs)) {
    var val = readStorage("checkbox_" + checkbox);
    settings.checkboxStoredRefs[checkbox] = val ? val : "";
  }
  if (!settings.checkboxStoredRefs[checkbox]) {
    return new Set();
  } else {
    return new Set(settings.checkboxStoredRefs[checkbox].split(",").map(r => convert(r)).filter(a => a >= 0));
  }
}

function getCheckboxState(checkbox, references) {
  var storedRefsSet = getStoredCheckboxRefs(checkbox);
  var currentRefsSet = new Set(references.map(r => r[1]));
  // Get difference of current - stored
  var difference = new Set(currentRefsSet);
  for (ref of storedRefsSet) {
    difference.delete(ref);
  }
  if (difference.size == 0) {
    // All the current refs are stored
    return "checked";
  } else if (difference.size == currentRefsSet.size) {
    // None of the current refs are stored
    return "unchecked";
  } else {
    // Some of the refs are stored
    return "indeterminate";
  }
}

function setBomCheckboxState(checkbox, element, references) {
  var state = getCheckboxState(checkbox, references);
  element.checked = (state == "checked");
  element.indeterminate = (state == "indeterminate");
}

function createCheckboxChangeHandler(checkbox, references, row) {
  return function () {
    refsSet = getStoredCheckboxRefs(checkbox);
    var markWhenChecked = settings.markWhenChecked == checkbox;
    eventArgs = {
      checkbox: checkbox,
      refs: references,
    }
    if (this.checked) {
      // checkbox ticked
      for (var ref of references) {
        refsSet.add(ref[1]);
      }
      if (markWhenChecked) {
        row.classList.add("checked");
        for (var ref of references) {
          markedFootprints.add(ref[1]);
        }
        drawHighlights();
      }
      eventArgs.state = 'checked';
    } else {
      // checkbox unticked
      for (var ref of references) {
        refsSet.delete(ref[1]);
      }
      if (markWhenChecked) {
        row.classList.remove("checked");
        for (var ref of references) {
          markedFootprints.delete(ref[1]);
        }
        drawHighlights();
      }
      eventArgs.state = 'unchecked';
    }
    settings.checkboxStoredRefs[checkbox] = [...refsSet].join(",");
    writeStorage("checkbox_" + checkbox, settings.checkboxStoredRefs[checkbox]);
    updateCheckboxStats(checkbox);
    EventHandler.emitEvent(IBOM_EVENT_TYPES.CHECKBOX_CHANGE_EVENT, eventArgs);
  }
}

function clearHighlightedFootprints() {
  if (currentHighlightedRowId) {
    document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
    currentHighlightedRowId = null;
    highlightedFootprints = [];
    highlightedNet = null;
  }
}

function createRowHighlightHandler(rowid, refs, net) {
  return function () {
    if (currentHighlightedRowId) {
      if (currentHighlightedRowId == rowid) {
        return;
      }
      document.getElementById(currentHighlightedRowId).classList.remove("highlighted");
    }
    document.getElementById(rowid).classList.add("highlighted");
    currentHighlightedRowId = rowid;
    highlightedFootprints = refs ? refs.map(r => r[1]) : [];
    highlightedNet = net;
    drawHighlights();
    EventHandler.emitEvent(
      IBOM_EVENT_TYPES.HIGHLIGHT_EVENT, {
      rowid: rowid,
      refs: refs,
      net: net
    });
  }
}

function updateNetColors() {
  writeStorage("netColors", JSON.stringify(settings.netColors));
  redrawIfInitDone();
}

function netColorChangeHandler(net) {
  return (event) => {
    settings.netColors[net] = event.target.value;
    updateNetColors();
  }
}

function netColorRightClick(net) {
  return (event) => {
    if(event.button == 2) {
      event.preventDefault();
      event.stopPropagation();

      var style = getComputedStyle(topmostdiv);
      var defaultNetColor = style.getPropertyValue('--track-color').trim();
      event.target.value = defaultNetColor;
      delete settings.netColors[net];
      updateNetColors();
    }
  }
}

function entryMatches(entry) {
  if (settings.bommode == "netlist") {
    // entry is just a net name
    return entry.toLowerCase().indexOf(filter) >= 0;
  }
  // check refs
  if (!settings.hiddenColumns.includes("references")) {
    for (var ref of entry) {
      if (ref[0].toLowerCase().indexOf(filter) >= 0) {
        return true;
      }
    }
  }
  // check fields
  for (var i in config.fields) {
    var f = config.fields[i];
    if (!settings.hiddenColumns.includes(f)) {
      for (var ref of entry) {
        if (String(pcbdata.bom.fields[ref[1]][i]).toLowerCase().indexOf(filter) >= 0) {
          return true;
        }
      }
    }
  }
  return false;
}

function findRefInEntry(entry) {
  return entry.filter(r => r[0].toLowerCase() == reflookup);
}

function highlightFilter(s) {
  if (!filter) {
    return s;
  }
  var parts = s.toLowerCase().split(filter);
  if (parts.length == 1) {
    return s;
  }
  var r = "";
  var pos = 0;
  for (var i in parts) {
    if (i > 0) {
      r += '<mark class="highlight">' +
        s.substring(pos, pos + filter.length) +
        '</mark>';
      pos += filter.length;
    }
    r += s.substring(pos, pos + parts[i].length);
    pos += parts[i].length;
  }
  return r;
}

function checkboxSetUnsetAllHandler(checkboxname) {
  return function () {
    var checkboxnum = 0;
    while (checkboxnum < settings.checkboxes.length &&
      settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
      checkboxnum++;
    }
    if (checkboxnum >= settings.checkboxes.length) {
      return;
    }
    var allset = true;
    var checkbox;
    var row;
    for (row of bombody.childNodes) {
      checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
      if (!checkbox.checked || checkbox.indeterminate) {
        allset = false;
        break;
      }
    }
    for (row of bombody.childNodes) {
      checkbox = row.childNodes[checkboxnum + 1].childNodes[0];
      checkbox.checked = !allset;
      checkbox.indeterminate = false;
      checkbox.onchange();
    }
  }
}

function createColumnHeader(name, cls, comparator, is_checkbox = false) {
  var th = document.createElement("TH");
  th.innerHTML = name;
  th.classList.add(cls);
  if (is_checkbox)
    th.setAttribute("col_name", "bom-checkbox");
  else
    th.setAttribute("col_name", name);
  var span = document.createElement("SPAN");
  span.classList.add("sortmark");
  span.classList.add("none");
  th.appendChild(span);
  var spacer = document.createElement("div");
  spacer.className = "column-spacer";
  th.appendChild(spacer);
  spacer.onclick = function () {
    if (currentSortColumn && th !== currentSortColumn) {
      // Currently sorted by another column
      currentSortColumn.childNodes[1].classList.remove(currentSortOrder);
      currentSortColumn.childNodes[1].classList.add("none");
      currentSortColumn = null;
      currentSortOrder = null;
    }
    if (currentSortColumn && th === currentSortColumn) {
      // Already sorted by this column
      if (currentSortOrder == "asc") {
        // Sort by this column, descending order
        bomSortFunction = function (a, b) {
          return -comparator(a, b);
        }
        currentSortColumn.childNodes[1].classList.remove("asc");
        currentSortColumn.childNodes[1].classList.add("desc");
        currentSortOrder = "desc";
      } else {
        // Unsort
        bomSortFunction = null;
        currentSortColumn.childNodes[1].classList.remove("desc");
        currentSortColumn.childNodes[1].classList.add("none");
        currentSortColumn = null;
        currentSortOrder = null;
      }
    } else {
      // Sort by this column, ascending order
      bomSortFunction = comparator;
      currentSortColumn = th;
      currentSortColumn.childNodes[1].classList.remove("none");
      currentSortColumn.childNodes[1].classList.add("asc");
      currentSortOrder = "asc";
    }
    populateBomBody();
  }
  if (is_checkbox) {
    spacer.onclick = fancyDblClickHandler(
      spacer, spacer.onclick, checkboxSetUnsetAllHandler(name));
  }
  return th;
}

function populateBomHeader(placeHolderColumn = null, placeHolderElements = null) {
  while (bomhead.firstChild) {
    bomhead.removeChild(bomhead.firstChild);
  }
  var tr = document.createElement("TR");
  var th = document.createElement("TH");
  th.classList.add("numCol");

  var vismenu = document.createElement("div");
  vismenu.id = "vismenu";
  vismenu.classList.add("menu");

  var visbutton = document.createElement("div");
  visbutton.classList.add("visbtn");
  visbutton.classList.add("hideonprint");

  var viscontent = document.createElement("div");
  viscontent.classList.add("menu-content");
  viscontent.id = "vismenu-content";

  settings.columnOrder.forEach(column => {
    if (typeof column !== "string")
      return;

    // Skip empty columns
    if (column === "checkboxes" && settings.checkboxes.length == 0)
      return;
    else if (column === "Quantity" && settings.bommode == "ungrouped")
      return;

    var label = document.createElement("label");
    label.classList.add("menu-label");

    var input = document.createElement("input");
    input.classList.add("visibility_checkbox");
    input.type = "checkbox";
    input.onchange = function (e) {
      setShowBOMColumn(column, e.target.checked)
    };
    input.checked = !(settings.hiddenColumns.includes(column));

    label.appendChild(input);
    if (column.length > 0)
      label.append(column[0].toUpperCase() + column.slice(1));

    viscontent.appendChild(label);
  });

  viscontent.childNodes[0].classList.add("menu-label-top");

  vismenu.appendChild(visbutton);
  if (settings.bommode != "netlist") {
    vismenu.appendChild(viscontent);
    th.appendChild(vismenu);
  }
  tr.appendChild(th);

  var checkboxCompareClosure = function (checkbox) {
    return (a, b) => {
      var stateA = getCheckboxState(checkbox, a);
      var stateB = getCheckboxState(checkbox, b);
      if (stateA > stateB) return -1;
      if (stateA < stateB) return 1;
      return 0;
    }
  }
  var stringFieldCompareClosure = function (fieldIndex) {
    return (a, b) => {
      var fa = pcbdata.bom.fields[a[0][1]][fieldIndex];
      var fb = pcbdata.bom.fields[b[0][1]][fieldIndex];
      if (fa != fb) return fa > fb ? 1 : -1;
      else return 0;
    }
  }
  var referenceRegex = /(?<prefix>[^0-9]+)(?<number>[0-9]+)/;
  var compareRefs = (a, b) => {
    var ra = referenceRegex.exec(a);
    var rb = referenceRegex.exec(b);
    if (ra === null || rb === null) {
      if (a != b) return a > b ? 1 : -1;
      return 0;
    } else {
      if (ra.groups.prefix != rb.groups.prefix) {
        return ra.groups.prefix > rb.groups.prefix ? 1 : -1;
      }
      if (ra.groups.number != rb.groups.number) {
        return parseInt(ra.groups.number) > parseInt(rb.groups.number) ? 1 : -1;
      }
      return 0;
    }
  }
  if (settings.bommode == "netlist") {
    tr.appendChild(createColumnHeader("Net name", "bom-netname", (a, b) => {
      if (a > b) return -1;
      if (a < b) return 1;
      return 0;
    }));
    tr.appendChild(createColumnHeader("Color", "bom-color", (a, b) => {
      return 0;
    }));
  } else {
    // Filter hidden columns
    var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
    var valueIndex = config.fields.indexOf("Value");
    var footprintIndex = config.fields.indexOf("Footprint");
    columns.forEach((column) => {
      if (column === placeHolderColumn) {
        var n = 1;
        if (column === "checkboxes")
          n = settings.checkboxes.length;
        for (i = 0; i < n; i++) {
          td = placeHolderElements.shift();
          tr.appendChild(td);
        }
        return;
      } else if (column === "checkboxes") {
        for (var checkbox of settings.checkboxes) {
          th = createColumnHeader(
            checkbox, "bom-checkbox", checkboxCompareClosure(checkbox), true);
          tr.appendChild(th);
        }
      } else if (column === "References") {
        tr.appendChild(createColumnHeader("References", "references", (a, b) => {
          var i = 0;
          while (i < a.length && i < b.length) {
            if (a[i] != b[i]) return compareRefs(a[i][0], b[i][0]);
            i++;
          }
          return a.length - b.length;
        }));
      } else if (column === "Value") {
        tr.appendChild(createColumnHeader("Value", "value", (a, b) => {
          var ra = a[0][1], rb = b[0][1];
          return valueCompare(
            pcbdata.bom.parsedValues[ra], pcbdata.bom.parsedValues[rb],
            pcbdata.bom.fields[ra][valueIndex], pcbdata.bom.fields[rb][valueIndex]);
        }));
        return;
      } else if (column === "Footprint") {
        tr.appendChild(createColumnHeader(
          "Footprint", "footprint", stringFieldCompareClosure(footprintIndex)));
      } else if (column === "Quantity" && settings.bommode == "grouped") {
        tr.appendChild(createColumnHeader("Quantity", "quantity", (a, b) => {
          return a.length - b.length;
        }));
      } else {
        // Other fields
        var i = config.fields.indexOf(column);
        if (i < 0)
          return;
        tr.appendChild(createColumnHeader(
          column, `field${i + 1}`, stringFieldCompareClosure(i)));
      }
    });
  }
  bomhead.appendChild(tr);
}

function populateBomBody(placeholderColumn = null, placeHolderElements = null) {
  const urlRegex = /^(https?:\/\/[^\s\/$.?#][^\s]*|file:\/\/([a-zA-Z]:|\/)[^\x00]+)$/;
  while (bom.firstChild) {
    bom.removeChild(bom.firstChild);
  }
  highlightHandlers = [];
  footprintIndexToHandler = {};
  netsToHandler = {};
  currentHighlightedRowId = null;
  var first = true;
  var style = getComputedStyle(topmostdiv);
  var defaultNetColor = style.getPropertyValue('--track-color').trim();
  if (settings.bommode == "netlist") {
    bomtable = pcbdata.nets.slice();
  } else {
    switch (settings.canvaslayout) {
      case 'F':
        bomtable = pcbdata.bom.F.slice();
        break;
      case 'FB':
        bomtable = pcbdata.bom.both.slice();
        break;
      case 'B':
        bomtable = pcbdata.bom.B.slice();
        break;
    }
    if (settings.bommode == "ungrouped") {
      // expand bom table
      expandedTable = []
      for (var bomentry of bomtable) {
        for (var ref of bomentry) {
          expandedTable.push([ref]);
        }
      }
      bomtable = expandedTable;
    }
  }
  if (bomSortFunction) {
    bomtable = bomtable.sort(bomSortFunction);
  }
  for (var i in bomtable) {
    var bomentry = bomtable[i];
    if (filter && !entryMatches(bomentry)) {
      continue;
    }
    var references = null;
    var netname = null;
    var tr = document.createElement("TR");
    var td = document.createElement("TD");
    var rownum = +i + 1;
    tr.id = "bomrow" + rownum;
    td.textContent = rownum;
    tr.appendChild(td);
    if (settings.bommode == "netlist") {
      netname = bomentry;
      td = document.createElement("TD");
      td.innerHTML = highlightFilter(netname ? netname : "&lt;no net&gt;");
      tr.appendChild(td);
      var color = settings.netColors[netname] || defaultNetColor;
      td = document.createElement("TD");
      var colorBox = document.createElement("INPUT");
      colorBox.type = "color";
      colorBox.value = color;
      colorBox.onchange = netColorChangeHandler(netname);
      colorBox.onmouseup = netColorRightClick(netname);
      colorBox.oncontextmenu = (e) => e.preventDefault();
      td.appendChild(colorBox);
      td.classList.add("color-column");
      tr.appendChild(td);
    } else {
      if (reflookup) {
        references = findRefInEntry(bomentry);
        if (references.length == 0) {
          continue;
        }
      } else {
        references = bomentry;
      }
      // Filter hidden columns
      var columns = settings.columnOrder.filter(e => !settings.hiddenColumns.includes(e));
      columns.forEach((column) => {
        if (column === placeholderColumn) {
          var n = 1;
          if (column === "checkboxes")
            n = settings.checkboxes.length;
          for (i = 0; i < n; i++) {
            td = placeHolderElements.shift();
            tr.appendChild(td);
          }
          return;
        } else if (column === "checkboxes") {
          for (var checkbox of settings.checkboxes) {
            if (checkbox) {
              td = document.createElement("TD");
              var input = document.createElement("input");
              input.type = "checkbox";
              input.onchange = createCheckboxChangeHandler(checkbox, references, tr);
              setBomCheckboxState(checkbox, input, references);
              if (input.checked && settings.markWhenChecked == checkbox) {
                tr.classList.add("checked");
              }
              td.appendChild(input);
              tr.appendChild(td);
            }
          }
        } else if (column === "References") {
          td = document.createElement("TD");
          td.innerHTML = highlightFilter(references.map(r => r[0]).join(", "));
          tr.appendChild(td);
        } else if (column === "Quantity" && settings.bommode == "grouped") {
          // Quantity
          td = document.createElement("TD");
          td.textContent = references.length;
          tr.appendChild(td);
        } else {
          // All the other fields
          var field_index = config.fields.indexOf(column)
          if (field_index < 0)
            return;
          var valueSet = new Set();
          references.map(r => r[1]).forEach((id) => valueSet.add(pcbdata.bom.fields[id][field_index]));
          td = document.createElement("TD");
          var output = new Array();
          for (let item of valueSet) {
            const visible = highlightFilter(String(item));
            if (typeof item === 'string' && item.match(urlRegex)) {
              output.push(`<a href="${item}" target="_blank">${visible}</a>`);
            } else {
              output.push(visible);
            }
          }
          td.innerHTML = output.join(", ");
          tr.appendChild(td);
        }
      });
    }
    bom.appendChild(tr);
    var handler = createRowHighlightHandler(tr.id, references, netname);
    tr.onmousemove = handler;
    highlightHandlers.push({
      id: tr.id,
      handler: handler,
    });
    if (references !== null) {
      for (var refIndex of references.map(r => r[1])) {
        footprintIndexToHandler[refIndex] = handler;
      }
    }
    if (netname !== null) {
      netsToHandler[netname] = handler;
    }
    if ((filter || reflookup) && first) {
      handler();
      first = false;
    }
  }
  EventHandler.emitEvent(
    IBOM_EVENT_TYPES.BOM_BODY_CHANGE_EVENT, {
    filter: filter,
    reflookup: reflookup,
    checkboxes: settings.checkboxes,
    bommode: settings.bommode,
  });
}

function highlightPreviousRow() {
  if (!currentHighlightedRowId) {
    highlightHandlers[highlightHandlers.length - 1].handler();
  } else {
    if (highlightHandlers.length > 1 &&
      highlightHandlers[0].id == currentHighlightedRowId) {
      highlightHandlers[highlightHandlers.length - 1].handler();
    } else {
      for (var i = 0; i < highlightHandlers.length - 1; i++) {
        if (highlightHandlers[i + 1].id == currentHighlightedRowId) {
          highlightHandlers[i].handler();
          break;
        }
      }
    }
  }
  smoothScrollToRow(currentHighlightedRowId);
}

function highlightNextRow() {
  if (!currentHighlightedRowId) {
    highlightHandlers[0].handler();
  } else {
    if (highlightHandlers.length > 1 &&
      highlightHandlers[highlightHandlers.length - 1].id == currentHighlightedRowId) {
      highlightHandlers[0].handler();
    } else {
      for (var i = 1; i < highlightHandlers.length; i++) {
        if (highlightHandlers[i - 1].id == currentHighlightedRowId) {
          highlightHandlers[i].handler();
          break;
        }
      }
    }
  }
  smoothScrollToRow(currentHighlightedRowId);
}

function populateBomTable() {
  populateBomHeader();
  populateBomBody();
  setBomHandlers();
  resizableGrid(bomhead);
}

function footprintsClicked(footprintIndexes) {
  var lastClickedIndex = footprintIndexes.indexOf(lastClicked);
  for (var i = 1; i <= footprintIndexes.length; i++) {
    var refIndex = footprintIndexes[(lastClickedIndex + i) % footprintIndexes.length];
    if (refIndex in footprintIndexToHandler) {
      lastClicked = refIndex;
      footprintIndexToHandler[refIndex]();
      smoothScrollToRow(currentHighlightedRowId);
      break;
    }
  }
}

function netClicked(net) {
  if (net in netsToHandler) {
    netsToHandler[net]();
    smoothScrollToRow(currentHighlightedRowId);
  } else {
    clearHighlightedFootprints();
    highlightedNet = net;
    drawHighlights();
  }
}

function updateFilter(input) {
  filter = input.toLowerCase();
  populateBomTable();
}

function updateRefLookup(input) {
  reflookup = input.toLowerCase();
  populateBomTable();
}

function changeCanvasLayout(layout) {
  document.getElementById("fl-btn").classList.remove("depressed");
  document.getElementById("fb-btn").classList.remove("depressed");
  document.getElementById("bl-btn").classList.remove("depressed");
  switch (layout) {
    case 'F':
      document.getElementById("fl-btn").classList.add("depressed");
      if (settings.bomlayout != "bom-only") {
        canvassplit.collapse(1);
      }
      break;
    case 'B':
      document.getElementById("bl-btn").classList.add("depressed");
      if (settings.bomlayout != "bom-only") {
        canvassplit.collapse(0);
      }
      break;
    default:
      document.getElementById("fb-btn").classList.add("depressed");
      if (settings.bomlayout != "bom-only") {
        canvassplit.setSizes([50, 50]);
      }
  }
  settings.canvaslayout = layout;
  writeStorage("canvaslayout", layout);
  resizeAll();
  changeBomMode(settings.bommode);
}

function populateMetadata() {
  document.getElementById("title").innerHTML = pcbdata.metadata.title;
  document.getElementById("revision").innerHTML = "Rev: " + pcbdata.metadata.revision;
  document.getElementById("company").innerHTML = pcbdata.metadata.company;
  document.getElementById("filedate").innerHTML = pcbdata.metadata.date;
  if (pcbdata.metadata.title != "") {
    document.title = pcbdata.metadata.title + " BOM";
  }
  // Calculate board stats
  var fp_f = 0,
    fp_b = 0,
    pads_f = 0,
    pads_b = 0,
    pads_th = 0;
  for (var i = 0; i < pcbdata.footprints.length; i++) {
    if (pcbdata.bom.skipped.includes(i)) continue;
    var mod = pcbdata.footprints[i];
    if (mod.layer == "F") {
      fp_f++;
    } else {
      fp_b++;
    }
    for (var pad of mod.pads) {
      if (pad.type == "th") {
        pads_th++;
      } else {
        if (pad.layers.includes("F")) {
          pads_f++;
        }
        if (pad.layers.includes("B")) {
          pads_b++;
        }
      }
    }
  }
  document.getElementById("stats-components-front").innerHTML = fp_f;
  document.getElementById("stats-components-back").innerHTML = fp_b;
  document.getElementById("stats-components-total").innerHTML = fp_f + fp_b;
  document.getElementById("stats-groups-front").innerHTML = pcbdata.bom.F.length;
  document.getElementById("stats-groups-back").innerHTML = pcbdata.bom.B.length;
  document.getElementById("stats-groups-total").innerHTML = pcbdata.bom.both.length;
  document.getElementById("stats-smd-pads-front").innerHTML = pads_f;
  document.getElementById("stats-smd-pads-back").innerHTML = pads_b;
  document.getElementById("stats-smd-pads-total").innerHTML = pads_f + pads_b;
  document.getElementById("stats-th-pads").innerHTML = pads_th;
  // Update version string
  document.getElementById("github-link").innerHTML = "InteractiveHtmlBom&nbsp;" +
    /^v\d+\.\d+/.exec(pcbdata.ibom_version)[0];
}

function changeBomLayout(layout) {
  document.getElementById("bom-btn").classList.remove("depressed");
  document.getElementById("lr-btn").classList.remove("depressed");
  document.getElementById("tb-btn").classList.remove("depressed");
  switch (layout) {
    case 'bom-only':
      document.getElementById("bom-btn").classList.add("depressed");
      if (bomsplit) {
        bomsplit.destroy();
        bomsplit = null;
        canvassplit.destroy();
        canvassplit = null;
      }
      document.getElementById("frontcanvas").style.display = "none";
      document.getElementById("backcanvas").style.display = "none";
      document.getElementById("topmostdiv").style.height = "";
      document.getElementById("topmostdiv").style.display = "block";
      break;
    case 'top-bottom':
      document.getElementById("tb-btn").classList.add("depressed");
      document.getElementById("frontcanvas").style.display = "";
      document.getElementById("backcanvas").style.display = "";
      document.getElementById("topmostdiv").style.height = "100%";
      document.getElementById("topmostdiv").style.display = "flex";
      document.getElementById("bomdiv").classList.remove("split-horizontal");
      document.getElementById("canvasdiv").classList.remove("split-horizontal");
      document.getElementById("frontcanvas").classList.add("split-horizontal");
      document.getElementById("backcanvas").classList.add("split-horizontal");
      if (bomsplit) {
        bomsplit.destroy();
        bomsplit = null;
        canvassplit.destroy();
        canvassplit = null;
      }
      bomsplit = Split(['#bomdiv', '#canvasdiv'], {
        sizes: [50, 50],
        onDragEnd: resizeAll,
        direction: "vertical",
        gutterSize: 5
      });
      canvassplit = Split(['#frontcanvas', '#backcanvas'], {
        sizes: [50, 50],
        gutterSize: 5,
        onDragEnd: resizeAll
      });
      break;
    case 'left-right':
      document.getElementById("lr-btn").classList.add("depressed");
      document.getElementById("frontcanvas").style.display = "";
      document.getElementById("backcanvas").style.display = "";
      document.getElementById("topmostdiv").style.height = "100%";
      document.getElementById("topmostdiv").style.display = "flex";
      document.getElementById("bomdiv").classList.add("split-horizontal");
      document.getElementById("canvasdiv").classList.add("split-horizontal");
      document.getElementById("frontcanvas").classList.remove("split-horizontal");
      document.getElementById("backcanvas").classList.remove("split-horizontal");
      if (bomsplit) {
        bomsplit.destroy();
        bomsplit = null;
        canvassplit.destroy();
        canvassplit = null;
      }
      bomsplit = Split(['#bomdiv', '#canvasdiv'], {
        sizes: [50, 50],
        onDragEnd: resizeAll,
        gutterSize: 5
      });
      canvassplit = Split(['#frontcanvas', '#backcanvas'], {
        sizes: [50, 50],
        gutterSize: 5,
        direction: "vertical",
        onDragEnd: resizeAll
      });
  }
  settings.bomlayout = layout;
  writeStorage("bomlayout", layout);
  changeCanvasLayout(settings.canvaslayout);
}

function changeBomMode(mode) {
  document.getElementById("bom-grouped-btn").classList.remove("depressed");
  document.getElementById("bom-ungrouped-btn").classList.remove("depressed");
  document.getElementById("bom-netlist-btn").classList.remove("depressed");
  var chkbxs = document.getElementsByClassName("visibility_checkbox");

  switch (mode) {
    case 'grouped':
      document.getElementById("bom-grouped-btn").classList.add("depressed");
      for (var i = 0; i < chkbxs.length; i++) {
        chkbxs[i].disabled = false;
      }
      break;
    case 'ungrouped':
      document.getElementById("bom-ungrouped-btn").classList.add("depressed");
      for (var i = 0; i < chkbxs.length; i++) {
        chkbxs[i].disabled = false;
      }
      break;
    case 'netlist':
      document.getElementById("bom-netlist-btn").classList.add("depressed");
      for (var i = 0; i < chkbxs.length; i++) {
        chkbxs[i].disabled = true;
      }
  }

  writeStorage("bommode", mode);
  if (mode != settings.bommode) {
    settings.bommode = mode;
    bomSortFunction = null;
    currentSortColumn = null;
    currentSortOrder = null;
    clearHighlightedFootprints();
  }
  populateBomTable();
}

function focusFilterField() {
  focusInputField(document.getElementById("filter"));
}

function focusRefLookupField() {
  focusInputField(document.getElementById("reflookup"));
}

function toggleBomCheckbox(bomrowid, checkboxnum) {
  if (!bomrowid || checkboxnum > settings.checkboxes.length) {
    return;
  }
  var bomrow = document.getElementById(bomrowid);
  var checkbox = bomrow.childNodes[checkboxnum].childNodes[0];
  checkbox.checked = !checkbox.checked;
  checkbox.indeterminate = false;
  checkbox.onchange();
}

function checkBomCheckbox(bomrowid, checkboxname) {
  var checkboxnum = 0;
  while (checkboxnum < settings.checkboxes.length &&
    settings.checkboxes[checkboxnum].toLowerCase() != checkboxname.toLowerCase()) {
    checkboxnum++;
  }
  if (!bomrowid || checkboxnum >= settings.checkboxes.length) {
    return;
  }
  var bomrow = document.getElementById(bomrowid);
  var checkbox = bomrow.childNodes[checkboxnum + 1].childNodes[0];
  checkbox.checked = true;
  checkbox.indeterminate = false;
  checkbox.onchange();
}

function setBomCheckboxes(value) {
  writeStorage("bomCheckboxes", value);
  settings.checkboxes = value.split(",").map((e) => e.trim()).filter((e) => e);
  prepCheckboxes();
  populateMarkWhenCheckedOptions();
  setMarkWhenChecked(settings.markWhenChecked);
}

function setMarkWhenChecked(value) {
  writeStorage("markWhenChecked", value);
  settings.markWhenChecked = value;
  markedFootprints.clear();
  for (var ref of (value ? getStoredCheckboxRefs(value) : [])) {
    markedFootprints.add(ref);
  }
  populateBomTable();
  drawHighlights();
}

function prepCheckboxes() {
  var table = document.getElementById("checkbox-stats");
  while (table.childElementCount > 1) {
    table.removeChild(table.lastChild);
  }
  if (settings.checkboxes.length) {
    table.style.display = "";
  } else {
    table.style.display = "none";
  }
  for (var checkbox of settings.checkboxes) {
    var tr = document.createElement("TR");
    var td = document.createElement("TD");
    td.innerHTML = checkbox;
    tr.appendChild(td);
    td = document.createElement("TD");
    td.id = "checkbox-stats-" + checkbox;
    var progressbar = document.createElement("div");
    progressbar.classList.add("bar");
    td.appendChild(progressbar);
    var text = document.createElement("div");
    text.classList.add("text");
    td.appendChild(text);
    tr.appendChild(td);
    table.appendChild(tr);
    updateCheckboxStats(checkbox);
  }
}

function populateMarkWhenCheckedOptions() {
  var container = document.getElementById("markWhenCheckedContainer");

  if (settings.checkboxes.length == 0) {
    container.parentElement.style.display = "none";
    return;
  }

  container.innerHTML = '';
  container.parentElement.style.display = "inline-block";

  function createOption(name, displayName) {
    var id = "markWhenChecked-" + name;

    var div = document.createElement("div");
    div.classList.add("radio-container");

    var input = document.createElement("input");
    input.type = "radio";
    input.name = "markWhenChecked";
    input.value = name;
    input.id = id;
    input.onchange = () => setMarkWhenChecked(name);
    div.appendChild(input);

    // Preserve the selected element when the checkboxes change
    if (name == settings.markWhenChecked) {
      input.checked = true;
    }

    var label = document.createElement("label");
    label.innerHTML = displayName;
    label.htmlFor = id;
    div.appendChild(label);

    container.appendChild(div);
  }
  createOption("", "None");
  for (var checkbox of settings.checkboxes) {
    createOption(checkbox, checkbox);
  }
}

function updateCheckboxStats(checkbox) {
  var checked = getStoredCheckboxRefs(checkbox).size;
  var total = pcbdata.footprints.length - pcbdata.bom.skipped.length;
  var percent = checked * 100.0 / total;
  var td = document.getElementById("checkbox-stats-" + checkbox);
  td.firstChild.style.width = percent + "%";
  td.lastChild.innerHTML = checked + "/" + total + " (" + Math.round(percent) + "%)";
}

function constrain(number, min, max){
  return Math.min(Math.max(parseInt(number), min), max);
}

document.onkeydown = function (e) {
  switch (e.key) {
    case "n":
      if (document.activeElement.type == "text") {
        return;
      }
      if (currentHighlightedRowId !== null) {
        checkBomCheckbox(currentHighlightedRowId, "placed");
        highlightNextRow();
        e.preventDefault();
      }
      break;
    case "ArrowUp":
      highlightPreviousRow();
      e.preventDefault();
      break;
    case "ArrowDown":
      highlightNextRow();
      e.preventDefault();
      break;
    case "ArrowLeft":
    case "ArrowRight":
      if (document.activeElement.type != "text"){
        e.preventDefault();
        let boardRotationElement = document.getElementById("boardRotation")
        settings.boardRotation = parseInt(boardRotationElement.value);  // degrees / 5
        if (e.key == "ArrowLeft"){
            settings.boardRotation += 3;  // 15 degrees
        }
        else{
            settings.boardRotation -= 3;
        }
        settings.boardRotation = constrain(settings.boardRotation, boardRotationElement.min, boardRotationElement.max);
        boardRotationElement.value = settings.boardRotation
        setBoardRotation(settings.boardRotation);
      }
      break;
    default:
      break;
  }
  if (e.altKey) {
    switch (e.key) {
      case "f":
        focusFilterField();
        e.preventDefault();
        break;
      case "r":
        focusRefLookupField();
        e.preventDefault();
        break;
      case "z":
        changeBomLayout("bom-only");
        e.preventDefault();
        break;
      case "x":
        changeBomLayout("left-right");
        e.preventDefault();
        break;
      case "c":
        changeBomLayout("top-bottom");
        e.preventDefault();
        break;
      case "v":
        changeCanvasLayout("F");
        e.preventDefault();
        break;
      case "b":
        changeCanvasLayout("FB");
        e.preventDefault();
        break;
      case "n":
        changeCanvasLayout("B");
        e.preventDefault();
        break;
      default:
        break;
    }
    if (e.key >= '1' && e.key <= '9') {
      toggleBomCheckbox(currentHighlightedRowId, parseInt(e.key));
      e.preventDefault();
    }
  }
}

function hideNetlistButton() {
  document.getElementById("bom-ungrouped-btn").classList.remove("middle-button");
  document.getElementById("bom-ungrouped-btn").classList.add("right-most-button");
  document.getElementById("bom-netlist-btn").style.display = "none";
}

function topToggle() {
  var top = document.getElementById("top");
  var toptoggle = document.getElementById("toptoggle");
  if (top.style.display === "none") {
    top.style.display = "flex";
    toptoggle.classList.remove("flipped");
  } else {
    top.style.display = "none";
    toptoggle.classList.add("flipped");
  }
}

window.onload = function (e) {
  initUtils();
  initRender();
  initStorage();
  initDefaults();
  cleanGutters();
  populateMetadata();
  dbgdiv = document.getElementById("dbg");
  bom = document.getElementById("bombody");
  bomhead = document.getElementById("bomhead");
  filter = "";
  reflookup = "";
  if (!("nets" in pcbdata)) {
    hideNetlistButton();
  }
  initDone = true;
  setBomCheckboxes(document.getElementById("bomCheckboxes").value);
  // Triggers render
  changeBomLayout(settings.bomlayout);

  // Users may leave fullscreen without touching the checkbox. Uncheck.
  document.addEventListener('fullscreenchange', () => {
    if (!document.fullscreenElement)
      document.getElementById('fullscreenCheckbox').checked = false;
  });
}

window.onresize = resizeAll;
window.matchMedia("print").addListener(resizeAll);

///////////////////////////////////////////////

///////////////////////////////////////////////
// EventHandler.registerCallback(IBOM_EVENT_TYPES.BOM_BODY_CHANGE_EVENT, () => {
//     for(var tr of bom.childNodes) {
//         tr.onclick = tr.onmousemove;
//         tr.onmousemove = null;
//     };
// });

///////////////////////////////////////////////
  </script>
</head>

<body>

<div id="topmostdiv" class="topmostdiv">
  <div id="top">
    <div id="fileinfodiv">
      <table class="fileinfo">
        <tbody>
          <tr>
            <td id="title" class="title" style="width: 70%">
              Title
            </td>
            <td id="revision" class="title" style="width: 30%">
              Revision
            </td>
          </tr>
          <tr>
            <td id="company">
              Company
            </td>
            <td id="filedate">
              Date
            </td>
          </tr>
        </tbody>
      </table>
    </div>
    <div id="bomcontrols">
      <div class="hideonprint menu">
        <button class="menubtn"></button>
        <div class="menu-content">
          <label class="menu-label menu-label-top" style="width: calc(50% - 18px)">
            <input id="darkmodeCheckbox" type="checkbox" onchange="setDarkMode(this.checked)">
            Dark mode
          </label><!-- This comment eats space! All of it!
          --><label class="menu-label menu-label-top" style="width: calc(50% - 17px); border-left: 0;">
            <input id="fullscreenCheckbox" type="checkbox" onchange="setFullscreen(this.checked)">
            Full Screen
          </label>
          <label class="menu-label" style="width: calc(50% - 18px)">
            <input id="fabricationCheckbox" type="checkbox" checked onchange="fabricationVisible(this.checked)">
            Fab layer
          </label><!-- This comment eats space! All of it!
          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
            <input id="silkscreenCheckbox" type="checkbox" checked onchange="silkscreenVisible(this.checked)">
            Silkscreen
          </label>
          <label class="menu-label" style="width: calc(50% - 18px)">
            <input id="referencesCheckbox" type="checkbox" checked onchange="referencesVisible(this.checked)">
            References
          </label><!-- This comment eats space! All of it!
          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
            <input id="valuesCheckbox" type="checkbox" checked onchange="valuesVisible(this.checked)">
            Values
          </label>
          <div id="tracksAndZonesCheckboxes">
            <label class="menu-label" style="width: calc(50% - 18px)">
              <input id="tracksCheckbox" type="checkbox" checked onchange="tracksVisible(this.checked)">
              Tracks
            </label><!-- This comment eats space! All of it!
            --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
              <input id="zonesCheckbox" type="checkbox" checked onchange="zonesVisible(this.checked)">
              Zones
            </label>
          </div>
          <label class="menu-label" style="width: calc(50% - 18px)">
            <input id="padsCheckbox" type="checkbox" checked onchange="padsVisible(this.checked)">
            Pads
          </label><!-- This comment eats space! All of it!
          --><label class="menu-label" style="width: calc(50% - 17px); border-left: 0;">
            <input id="dnpOutlineCheckbox" type="checkbox" checked onchange="dnpOutline(this.checked)">
            DNP outlined
          </label>
          <label class="menu-label">
            <input id="dragCheckbox" type="checkbox" checked onchange="setRedrawOnDrag(this.checked)">
            Continuous redraw on drag
          </label>
          <label class="menu-label">
            Highlight first pin
            <form id="highlightpin1">
              <div class="flexbox">
                <label>
                  <input type="radio" name="highlightpin1" value="none" onchange="setHighlightPin1('none')">
                  None
                </label>
                <label>
                  <input type="radio" name="highlightpin1" value="all" onchange="setHighlightPin1('all')">
                  All
                </label>
                <label>
                  <input type="radio" name="highlightpin1" value="selected" onchange="setHighlightPin1('selected')">
                  Selected
                </label>
              </div>
            </form>
          </label>
          <label class="menu-label">
            <span>Board rotation</span>
            <span style="float: right"><span id="rotationDegree">0</span>&#176;</span>
            <input id="boardRotation" type="range" min="-36" max="36" value="0" class="slider" oninput="setBoardRotation(this.value)">
          </label>
          <label class="menu-label">
            <input id="offsetBackRotationCheckbox" type="checkbox" onchange="setOffsetBackRotation(this.checked)">
            Offset back rotation
          </label>
          <label class="menu-label">
            <div style="margin-left: 5px">Bom checkboxes</div>
            <input id="bomCheckboxes" class="menu-textbox" type=text
                   oninput="setBomCheckboxes(this.value)">
          </label>
          <label class="menu-label">
            <div style="margin-left: 5px">Mark when checked</div>
            <div id="markWhenCheckedContainer"></div>
          </label>
          <label class="menu-label">
            <span class="shameless-plug">
              <span>Created using</span>
              <a id="github-link" target="blank" href="https://github.com/openscopeproject/InteractiveHtmlBom">InteractiveHtmlBom</a>
              <a target="blank" title="Mouse and keyboard help" href="https://github.com/openscopeproject/InteractiveHtmlBom/wiki/Usage#bom-page-mouse-actions" style="text-decoration: none;"><label class="help-link">?</label></a>
            </span>
          </label>
        </div>
      </div>
      <div class="button-container hideonprint">
        <button id="fl-btn" class="left-most-button" onclick="changeCanvasLayout('F')"
                title="Front only">F
        </button>
        <button id="fb-btn" class="middle-button" onclick="changeCanvasLayout('FB')"
                title="Front and Back">FB
        </button>
        <button id="bl-btn" class="right-most-button" onclick="changeCanvasLayout('B')"
                title="Back only">B
        </button>
      </div>
      <div class="button-container hideonprint">
        <button id="bom-btn" class="left-most-button" onclick="changeBomLayout('bom-only')"
                title="BOM only"></button>
        <button id="lr-btn" class="middle-button" onclick="changeBomLayout('left-right')"
                title="BOM left, drawings right"></button>
        <button id="tb-btn" class="right-most-button" onclick="changeBomLayout('top-bottom')"
                title="BOM top, drawings bot"></button>
      </div>
      <div class="button-container hideonprint">
        <button id="bom-grouped-btn" class="left-most-button" onclick="changeBomMode('grouped')"
                title="Grouped BOM"></button>
        <button id="bom-ungrouped-btn" class="middle-button" onclick="changeBomMode('ungrouped')"
                title="Ungrouped BOM"></button>
        <button id="bom-netlist-btn" class="right-most-button" onclick="changeBomMode('netlist')"
                title="Netlist"></button>
      </div>
      <div class="hideonprint menu">
        <button class="statsbtn"></button>
        <div class="menu-content">
          <table class="stats">
            <tbody>
              <tr>
                <td width="40%">Board stats</td>
                <td>Front</td>
                <td>Back</td>
                <td>Total</td>
              </tr>
              <tr>
                <td>Components</td>
                <td id="stats-components-front">~</td>
                <td id="stats-components-back">~</td>
                <td id="stats-components-total">~</td>
              </tr>
              <tr>
                <td>Groups</td>
                <td id="stats-groups-front">~</td>
                <td id="stats-groups-back">~</td>
                <td id="stats-groups-total">~</td>
              </tr>
              <tr>
                <td>SMD pads</td>
                <td id="stats-smd-pads-front">~</td>
                <td id="stats-smd-pads-back">~</td>
                <td id="stats-smd-pads-total">~</td>
              </tr>
              <tr>
                <td>TH pads</td>
                <td colspan=3 id="stats-th-pads">~</td>
              </tr>
            </tbody>
          </table>
          <table class="stats">
            <col width="40%"/><col />
            <tbody id="checkbox-stats">
              <tr>
                <td colspan=2 style="border-top: 0">Checkboxes</td>
              </tr>
            </tbody>
          </table>
        </div>
      </div>
      <div class="hideonprint menu">
        <button class="iobtn"></button>
        <div class="menu-content">
          <div class="menu-label menu-label-top">
            <div style="margin-left: 5px;">Save board image</div>
            <div class="flexbox">
              <input id="render-save-width" class="menu-textbox" type="text" value="1000" placeholder="Width"
                  style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
              <span>X</span>
              <input id="render-save-height" class="menu-textbox" type="text" value="1000" placeholder="Height"
                  style="flex-grow: 1; width: 50px;" oninput="validateSaveImgDimension(this)">
            </div>
            <label>
              <input id="render-save-transparent" type="checkbox">
              Transparent background
            </label>
            <div class="flexbox">
              <button class="savebtn" onclick="saveImage('F')">Front</button>
              <button class="savebtn" onclick="saveImage('B')">Back</button>
            </div>
          </div>
          <div class="menu-label">
            <span style="margin-left: 5px;">Config and checkbox state</span>
            <div class="flexbox">
              <button class="savebtn" onclick="saveSettings()">Export</button>
              <button class="savebtn" onclick="loadSettings()">Import</button>
              <button class="savebtn" onclick="resetSettings()">Reset</button>
            </div>
          </div>
          <div class="menu-label">
            <span style="margin-left: 5px;">Save bom table as</span>
            <div class="flexbox">
              <button class="savebtn" onclick="saveBomTable('csv')">csv</button>
              <button class="savebtn" onclick="saveBomTable('txt')">txt</button>
            </div>
          </div>
        </div>
      </div>
    </div>
  </div>
  <div id="topdivider">
    <div class="hideonprint">
      <div id="toptoggle" onclick="topToggle()">︽</div>
    </div>
  </div>
  <div id="bot" class="split" style="flex: 1 1">
    <div id="bomdiv" class="split split-horizontal">
      <div style="width: 100%">
        <input id="reflookup" class="textbox searchbox reflookup hideonprint" type="text" placeholder="Ref lookup"
               oninput="updateRefLookup(this.value)">
        <input id="filter" class="textbox searchbox filter hideonprint" type="text" placeholder="Filter"
               oninput="updateFilter(this.value)">
        <div class="button-container hideonprint" style="float: left; margin: 0;">
          <button id="copy" title="Copy bom table to clipboard"
               onclick="saveBomTable('clipboard')"></button>
        </div>
      </div>
      <div id="dbg"></div>
      <table class="bom" id="bomtable">
        <thead id="bomhead">
        </thead>
        <tbody id="bombody">
        </tbody>
      </table>
    </div>
    <div id="canvasdiv" class="split split-horizontal">
      <div id="frontcanvas" class="split" touch-action="none" style="overflow: hidden">
        <div style="position: relative; width: 100%; height: 100%;">
          <canvas id="F_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
          <canvas id="F_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
          <canvas id="F_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
          <canvas id="F_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
        </div>
      </div>
      <div id="backcanvas" class="split" touch-action="none" style="overflow: hidden">
        <div style="position: relative; width: 100%; height: 100%;">
          <canvas id="B_bg" style="position: absolute; left: 0; top: 0; z-index: 0;"></canvas>
          <canvas id="B_fab" style="position: absolute; left: 0; top: 0; z-index: 1;"></canvas>
          <canvas id="B_slk" style="position: absolute; left: 0; top: 0; z-index: 2;"></canvas>
          <canvas id="B_hl" style="position: absolute; left: 0; top: 0; z-index: 3;"></canvas>
        </div>
      </div>
    </div>
  </div>
</div>

</body>

</html>
